Issuu

Karmsund Maritime Offshore Production AS KaMOP® Products

KaMOP – time, cost and safety efficient

Specifications and images are subject to change without notice. Karmsund Maritime Group AS is not responsible for typgraphical errors. 2014 - 2 // KaMOP® PRODUCTS - Karmsund Maritime Offshore Production AS. All rights reserved.

Achilles JQS

Qualified

Visiting address: Fabrikkveien 21, N-4033 Stavanger, Norway Postal address: P.O.Box 233, N-4066 Stavanger, Norway Sales office: +47 47 46 78 42 sales@kamop.no Workshop: +47 51 73 64 00 production@kamop.no www.karmsund.no Specifications and images are subject to change without notice. Karmsund Maritime Group AS is not responsible for typgraphical errors 2014 - 2 // KaMOP速 PRODUCTS - Karmsund Maritime Offshore Production AS. All rights reserved Ginungagap / HBO

Specifications and images are subject to change without notice. Karmsund Maritime Group AS is not responsible for typgraphical errors. 2014 - 2 // KaMOP速 PRODUCTS - Karmsund Maritime Offshore Production AS. All rights reserved.

Karmsund MaritimeOffshore Production AS

THE COMPANY Karmsund Maritime Offshore Production AS (KaMOP®) is part of Karmsund Maritime Group, a Norwegian manufacturing and sales company. Manufacturing site is situated at Kvitsøy and sales office in Stavanger, both at the west coast of Norway. Production facilities is situated in Nha Trang, Vietnam. The company, with over 30 years of experience are specialized in manufacturing of gaskets in all types of materials. Customers are mainly from oil and gas industry, on- and offshore, and are served worldwide. Our business is to continue our efforts to improve issues relating to health, environment and safety at the workplace and in connection with the goods and services we deliver. PRODUCTS AND SERVICE KaMOP® offer mainly standard and special designed gaskets and packing material in the range from 1/2” to 46” in all types of materials. New efficient machines make KaMOP® one of a kind in Scandinavia that is available to produce gaskets up to this range. KaMOP® is certified according to NS-EN ISO 9001:2008 and NS-EN ISO 14001:2004 for security, work and environment. SUPPLIES KaMOP® stock certified standard and exotic materials, according to international standards at all time to give customers short delivery time. KaMVIET® production facilities in Nha Trang, Vietnam

Production facilities at Kvitsøy, Norway

Sales office in Stavanger; Norway

Contents

Karmsund Maritime速 Offshore Production as ............................... 3 1 Custom made products ................................................................... 7 1.1 Wire Bender ...................................................................................... 8 1.2 Blind Gasket ..................................................................................... 8 1.3 Concentric reduser .......................................................................... 9 1.4 Dust Gasket ...................................................................................... 10 1.4.1 Dust Gasket Ring Joint - R Gasket ................................................ 11 1.4.2 Dust Gasket Ring Joint - RX Gasket .............................................. 13 1.4.3 Dust Gasket Ring Joint - BX Gasket .............................................. 14 1.5 Machined Gaskets ........................................................................... 15 2 Gaskets ............................................................................................. 17 Quality assured manufacture ......................................................... 18 2.1 Technical information Ring Joint Gasket ...................................... 19 2.1.1 Ring Joint - R Gaskets .................................................................... 21 2.1.2 Ring Joint - RX Gaskets .................................................................. 23 2.1.3 Ring Joint - BX Gaskets .................................................................. 24 2.2 Technical information specialized RTJ .......................................... 25 2.3 Technical information Kammprofil ................................................. 26 2.3.1 Kammprofil - Style P, GR and LGR ................................................. 27 2.4 Technical information - soft cut products ..................................... 29 2.4.1 Graphite for reusable Kammprofil Gaskets ................................... 30 2.4.2 Non-Asbestos Sheet Gaskets ......................................................... 31 2.4.3 Insulating sets .................................................................................. 32 Standard styles for insulating sets ................................................ 33 2.4.4 Spiral wound - SWG ......................................................................... 34 Technical information - spiral wound (SWG) ................................ 35 2.4.5 Flange guards ................................................................................... 37 2.5 Machined Gaskets ............................................................................ 37 3 Wire Lubricator - maintenance equipment for steel wires .......... 39 3.1 Wire Lubricrator information .......................................................... 40 3.2 Wire Lubricrator technical specification ....................................... 41 3.3 Grease Drum Package 30 - 110 kg ................................................. 42 3.4 Seals & Baffle selection guide ........................................................ 42 3.4.1 Wire seal sizes ................................................................................. 43 3.4.2 Baffle plates sizes............................................................................. 43 4 Composite construction................................................................... 45 4.1 Glass Reinforced Plastic (GRP) / Composite materials................ 45 4.2 Storage tanks.................................................................................... 47 4.3 Table of some common fiberglass types....................................... 48 4.4 Fiberglass hand lay-up operation................................................... 49 4.5 Fiberglass spray lay-up operation.................................................. 49 4.6 Materials............................................................................................. 49 5 Standards, conversions tables & factors....................................... 51 5.1 Standards for gaskets and flanges ................................................ 51 5.2 Variouse conversion factors ........................................................... 54 5.3 Steel conversions ............................................................................. 55 6 Karmsund company references - a selection ............................... 59 7 KaMOP速 - agents / distribution world wide ..................................... 63

Producing products of high quality and according to international quality standards. â€“ Karmsund Maritime Group

Specifications and images are subject to change without notice. Karmsund Maritime Group AS is not responsible for typgraphical errors. 2014 - 2 // KaMOPÂŽ PRODUCTS - Karmsund Maritime Offshore Production AS. All rights reserved.

Custom made products - a selection

KaMOP速 offer all types of standard steel gaskets. WIRE BENDER (4.1) The KaMOP速 Patented Wire Bender for slickline 0,125 and 0,160 pear increases the efficiency when bending a metal wire. BLIND GASKET (4.2) The Blind Gasket is used to blind a line and still have the right distance between the flange. It is also a tool to use when you have problems to spread the flange.

Wire Bender

CONCENTRIC REDUCER (4.3) The custom made reducer is built to avoid using 2-3 fittings when you need a special reduser. DUST GASKET (4.4) Karmsund Dust Gasket is used for closing pipe provisionally.

MACHINED GASKETS (4.5) A variety of metallic seals can be manufactured to customer requirements, in a comprehensive range of materials.

Concentric Reduser

Blind Gasket

Dust Gasket

Machined Gasket

1.1 Wire Bender The Wire Bender for slickline 0,125 and 0,160 increases the efficiency when bending a slickline wire for the pear drop. Rather than going through the hassel of bending a metal wire manually, the Wire Bender completes the operation with ease. The wire is placed between the bender, followed by sealing the locking mechanism, then simply pull the henge and release the locking mechanism afterwards. Once the wire has been bent, simply apply the pear drop sleeve.

ADVANTAGES BY USING THE WIRE BENDER: • One tool handle two dimensions (0.125* & 0.160*) • Bends the wire accurately • No marks or damages • Same performance for each operation • Time, cost and safety efficient

Wire Bender

We recommend the Wire Bender to prevent damage on the workmen, as well as the wire.

1.2 Blind Gasket

Pear Drop Sleeve

The Blind Gasket is designed according to ASME B.16.20 and it has the same measurements and dimensions as the ASME B.16.20. The Blind Gasket is used to blind a line and still have the right distance between the flange. It is also a tool to use when you have problems to spread the flange. Contact us for a professional recommendations in regards to size and thickness of the Blind Gasket. ADVANTAGES BY USING THE BLIND GASKET: • No need for extra work by having to weld together pieces • One part installation • Same performance for each operation • Time, cost and safety efficient

Blind Gasket

1.3 Concentric reduser We design and produce reducers on customer request, according to specification. The custom made reducer is built to avoid using 2-3 fittings when you need a special reduser. Normally, you would need to purchase and weld multiple parts together, which often results in an innaccurate and time consuming solution. With the custom made reducer, you get a prefabricated reducer according to specification without any extra work in regards to installation and usage of the reducer. ADVANTAGES BY USING THE CUSTOM MADE REDUCER: • No need for extra work by having to weld together pieces • One part installation • Same performance for each operation • Time, cost and safety efficient

Concentric reduser

1.4 Dust Gasket Dust Gasket is used for closing pipe provisionally. In order for an easy removal and insertion, the Dust Gasket is equipped with a handle. Dust Gasket can be delivered in 3 types: • Style R • Style RX • Style BX Dust Gasket is available in a wide range of materials.

Dust Gasket

10 Maximum Hardness for Ring Gaskets (ASME B16.20 / API 6A) Maximum Hardness Ring Gasket material Brinell Rockwell "B" Scale Soft iron (1) 90 56 Low carbon steel 120 68 4-6 chrome 1/2 Mo 130 72 Type 410 170 86 Type 304 160 83 Type 316 160 83 Type 347 160 83 Note: (1) May be low-carbon steel, not to exceed maximum hardness of 90 Brinell - 56 Rockwell "B".

1.4.1 Dust Gasket Ring Joint - R Gasket ASME B16.20 Specification Dimensional Data. General notes: a) All dimensions are in millimeters. b) Tolerances: P = average pitch diameter of ring, ±0.18 A = width of ring, ±0.20 B, H = height of ring, + 1.3, -0.5 23 deg = angle, ±0 deg 30 min

PRESSURE CLASS RATINGS RING NO.

R11 R12 R13 R14 R15 R16 R17 R18 R19 R20* R21 R22 R23* R24* R25 R26* R27* R28 R29 R30+ R31* R32 R33 R34 R35* R36 R37* R38 R39* R40 R41* R42 R43 R44* R45* R46*

ASME/ANSI B16.5 150

300/600

900

1500

API 6B 2500

ASME B16.47 SERIES A

13.8 20.7 34.5 (2000) (3000) (5000)

NOMINAL PIPE SIZES (INCHES) 1/2

1/2

3/4

1 1/4

1 1/2

2 1/2

3/4

1/2

1 1 1/4 1 1/2 1 1/4 2 2

1 1/2 2

2 1/2

2 2

2 1/2 2 1/2

2 1/2

2 1/2 3 3 3

3 3 1/2 3 1/2 3

4 4

3 1/2

4 4

5 5

6 5 6

5 6

6 6

150

300/600

900

NOTES: End flanges to API 6D and API 600 use ring joints for equivalent pipe size under ASME/ANSI B16.5 or ASME B16.47 series A.

PITCH DIA. OF RING P

WIDTH HEIGHT OF RING OF OVAL OCT. RING A

Approx distance between made up flanges

DIMENSIONS IN MILLIMETERS 34,14 6,35 11,2 9,7 39,70 7,95 14,2 12,7 42,88 7,95 14,2 12,7 44,45 7,95 14,2 12,7 47,63 7,95 14,2 12,7 50,80 7,95 14,2 12,7 57,15 7,95 14,2 12,7 60,33 7,95 14,2 12,7 65,10 7,95 14,2 12,7 68,28 7,95 14,2 12,7 72,24 11,13 17,5 16,0 82,55 7,95 14,2 12,7 82,55 11,13 17,5 16,0 95,25 11,13 17,5 16,0 101,6 7,95 14,2 12,7 101,6 11,13 17,5 16,0 107,95 11,13 17,5 16,0 111,13 12,70 19,1 17,5 114,3 7,95 14,2 12,7 117,48 11,13 17,5 16,0 123,83 11,13 17,5 16,0 127,00 12,70 19,1 17,5 131,78 7,95 14,2 12,7 131,78 11,13 17,5 16,0 136,53 11,13 17,5 16,0 149,23 7,95 14,2 12,7 149,23 11,13 17,5 16,0 157,18 15,88 22,4 20,6 161,93 11,13 17,5 16,0 171,45 7,95 14,2 12,7 180,98 11,13 17,5 16,0 190,50 19,05 25,4 23,9 193,68 7,95 14,2 12,7 193,68 11,13 17,5 16,0 211,15 11,13 17,5 16,0 211,15 12,70 19,1 17,5

4.1

4.8 4.8 4.8 4.8

4.8

4.8 4.8 4.8 4.8

4.8 4.8 4.8

PRESSURE CLASS RATINGS

RING NO.

ASME/ANSI B16.5

150

300/600

900

1500

API 6B

2500

13.8 (2000)

20.7 (3000)

ASME B16.47 SERIES A

34.5 (5000)

150

300/600

900

26 28 30 32 34 36

228,60 247,65 269,88 269,88 279,40 304,80 323,85 323,85 342,90 381,00 381,00 381,00 396,88 406,40 419,10 419,10 419,10 454,03 469,90 469,90 469,90 517,53 533,40 533,40 533,40 558,80 584,20 584,20 584,20 673,10 692,15 692,15 692,15 615,95 635,00 57,15 63,50 79,38 90,50 100,03 123,83 114,30 155,58 260,35 228,60 749,30 800,10 857,25 914,40 965,20 1022,35 234,95 749,30 800,10 857,25 914,40 965,20 1022,35

6 8 8

8 8

10 10

12 12

12 14 12 14 14 14 16 16

16 16

18 18

20 20

24 24 24 24 22 22

26 28 30 32 34 36 8

OVAL

OCT.

APPROX DISTANCE BETWEEN MADE UP FLANGES

HEIGHT OF RING

DIMENSIONS IN MILLIMETERS

NOMINAL PIPE SIZES (INCHES)

R47* R48 R49* R50* R51 R52 R53* R54* R55 R56 R57* R58 R59 R60 R61 R62 R63* R64 R65* R66* R67 R68 R69* R70* R71 R72 R73* R74* R75 R76 R77 R78 R79 R80 R81 R82* R84* R85* R86* R87* R88* R89* R90* R91* R92 R93 R94 R95 R96 R97 R98 R99* R100 R101 R102 R103 R104 R105

PITCH DIA. WIDTH OF RING OF RING

19,05 9,95 11,13 15,88 22,23 7,95 11,13 15,88 28,58 7,95 11,13 22,23 7,95 31,75 11,13 15,88 25,40 7,95 11,13 15,88 28,58 7,95 11,13 19,05 28,58 7,95 12,70 19,05 31,75 7,95 15,88 25,40 34,93 7,95 14,30 11,13 11,13 12,70 15,88 15,88 19,05 19,05 22,23 31,75 11,13 19,05 19,05 19,05 22,23 22,23 22,23 11,13 28,58 31,75 31,75 31,75 34,93 34,93

25,4 14,2 17,5 22,4 28,7 14,2 17,5 22,4 36,6 14,2 17,5 28,7 14,2 39,6 17,5 22,4 33,3 14,2 17,5 22,4 36,6 14,2 17,5 25,4 36,6 14,2 19,1 25,4 39,6 14,2 22,4 33,3 44,5

17,5

23,9 12,7 16,0 20,6 26,9 12,7 16,0 20,6 35,1 12,7 16,0 26,9 12,7 38,1 16,0 20,6 31,8 12,7 16,0 20,6 35,1 12,7 16,0 23,9 35,1 12,7 17,5 23,9 38,1 12,7 20,6 31,8 41,4 12,7 19,1 16,0 16,0 17,5 20,6 20,6 23,9 23,9 26,9 38,1 16,0 23,9 23,9 23,9 26,9 26,9 26,9 16,0 35,1 38,1 38,1 38,1 41,4 41,4

4.1 4.8 4.1

4.8 4.1

4,8

5,6 4,8 4,1

4,8 4,8

3,3 4,8

4,8 4,8 3,3 4,1 4,1 4,8 4,8 4,8 4,1

4,8

* Denotes ring number specified in API 6A. Nominal pipe sizes marked ** apply to class rating 13.8 only. Nominal Pipe sizes in brackets apply to class rating 20.7 only. + Ring no. R30 is suitable for lapped flanges only. ANSI B 16.5 – MSS SP44 – API Std. (*)

1.4.2 Dust Gasket Ring Joint - RX Gasket ASME B16.20 Specification Dimensional Data. According to API spec 6A/ISO 10423: Types R and RX Gaskets shall be used on 6B flanges. Only BX gaskets shall be used with 6BX flanges. RX and BX gaskets is providing a pressure-energized seal but are not interchangeable. General notes: a) All dimensions are in millimeters. b) Tolerances: OD = outside diameter of ring, +0,51 -0,00 A = width of ring, +0,20 -0,00 H = height of ring, +0,20 -0,00 23 = angle, ±0 deg 30 min E = hole size ±0,5

PRESSURE CLASS RATING MPA (PSI) RING NO.

RX20 RX23 RX24 RX25 RX26 RX27 RX31 RX35 RX37 RX39 RX41 RX44 RX45 RX46 RX47 RX49 RX50 RX53 RX54 RX57 RX63 RX65 RX66 RX69 RX70 RX73 RX74 RX82 RX84 RX85 RX86 RX87 RX88 RX89 RX90 RX91 RX99 RX201 RX205 RX210 RX215

13,8 20,7 34,5 (2000) (3000) (5000) NOMINAL PIPE SIZE (INCHES)

1 1/2

2 2

2 1/2 3

2 1/2 3 3

1 1/2 2 2 1/2

16 18 20

4 5 6 8 8 10 14

16 18 20

1 3/8 1 13/16 2 9/16 4 1/16

Outside dia. of ring

WIDTH OF RING

NOTES: (1) One pressure passage hole is required per gasket as illustrated. The centerline of the hole shall be located at the midpoint of dimension C.

HEIGHT OF OUTSIDE BEVEL

HEIGHT OF RING

HOLE SIZE

APPROX DISTANCE BETWEEN MADE UP FLANGES

DIMENSIONS IN MILLIMETERS

76,20 93,27 105,97 109,54 111,92 118,27 134,54 147,24 159,94 172,64 191,69 204,39 211,93 222,25 245,27 280,59 283,37 334,57 337,34 391,72 441,72 480,62 483,39 544,12 550,07 596,11 600,87 67,87 74,22 90,09 103,58 113,11 139,30 129,78 174,63 286,94 234,95 46,04 62,31 97,63 140,89

8,73 11,91 11,91 8,73 11,91 11,91 11,91 11,91 11,91 11,91 11,91 11,91 11,91 13,49 19,84 11,91 16,67 11,91 16,67 11,91 26,99 11,91 16,67 11,91 19,84 13,49 19,84 11,91 11,91 13,49 15,08 15,08 17,46 18,26 19,84 30,16 11,91 5,74 5,56 9,53 11,91

3,18 4,24 4,24 3,18 4,24 4,24 4,24 4,24 4,24 4,24 4,24 4,24 4,24 4,78 6,88 4,24 5,28 4,24 5,28 4,24 8,46 4,24 5,28 4,24 6,88 5,28 6,88 4,24 4,24 4,24 4,78 4,78 5,28 5,28 7,42 7,54 4,24 1,45 1,83 3,18 4,24

19,05 25,40 25,40 19,05 25,40 25,40 25,40 25,40 25,40 25,40 25,40 25,40 25,40 28,58 41,28 25,40 31,75 25,40 31,75 25,40 50,80 25,40 31,75 25,40 41,28 31,75 41,28 25,40 25,40 25,40 28,58 28,58 31,75 31,75 44,45 45,24 25,40 11,30 11,10 19,05 25,40

1,5 1,5 1,5 2,3 2,3 3,0 3,0 3,0 3,0

11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 18,3 11,9 11,9 11,9 11,9 11,9 21,3 11,9 11,9 11,9 18,3 15,0 18,3 11,9 11,9 9,7 9,7 9,7 9,7 9,7 18,3 19,1 11,9

1.4.3 Dust Gasket Ring Joint - BX Gasket ASME B16.20 Specification Dimensional Data According to API spec 6A/ISO 10423: Type 6BX flanges are of the ring joint type and are designed with a raised face. Therefore one of the flanges in a 6BX connection shall have a raised face. The type 6BX flange shall be on the through-bolted or studded design. General notes: a) All dimensions are in millimeters. b) Radius R shall be 8% to 12% of the gasket height, H c) Tolerances: OD = outside diameter of ring, +0,00 - 0,15 H = height of ring, +0,20 - 0,00 A = width of ring, +0,20 - 0,00 D = hole size ±0,5 23 deg = angle, ±0 deg 15 min PRESSURE CLASS RATING MPA (PSI) API 6A

RING NO.

(2000)

(3000)

34,5

103,5

138

(5000)

(10 000)

(15 000)

(20 000)

NOTES: (1) One pressure passage hole is required per gasket as illustrated. The centerline of the hole shall be located at the midpoint of dimension C.

OUTSIDE DIA. OF RING

HEIGHT OF RING

WIDTH OF RING

HOLE SIZE

NOMINAL PIPE SIZE (INCHES)

BX150 BX151 BX152 BX153 BX154 BX155 BX156 BX157 BX158 BX159 BX160 BX161 BX162 BX163 BX164 BX165 BX166 BX167 BX168 BX169 BX170 BX171 BX172 BX303

13 5/8 16 3/4 16 3/4 18 3/4

DIMENSIONS IN MILLIMETERS

1 11/16 1 13/16 2 1/16 2 9/16 3 1/16 4 1/16 7 1/16 9 11 13 5/8

16 3/4

18 3/4

21 1/4 21 1/4 26 3/4 26 3/4 5 1/8 6 5/8 8 9/16 11 5/32 30

6 5/8 8 9/16 11 5/32

1 13/16 2 1/16 2 9/16 3 1/16 4 1/16 7 1/16 9 11 13 5/8

72,19 76,40 84,68 100,94 116,84 147,96 237,92 294,46 352,04 426,72 402,59 491,41 475,49 556,16 570,56 624,71 640,03 759,36 765,25 173,51 218,03 267,44 333,07 852,75

9,30 9,63 10,24 11,38 12,40 14,22 18,62 20,98 23,14 25,70 23,83 28,07 14,22 30,10 30,10 32,03 32,03 35,86 35,86 15,85 14,22 14,22 14,22 37,95

9,30 9,63 10,24 11,38 12,40 14,22 18,62 20,98 23,14 25,70 13,74 16,21 14,22 17,37 24,59 18,49 26,14 13,11 16,05 12,93 14,22 14,22 14,22 16,97

1,5 1,5 1,5 1,5 1,5 1,5 3,0 3,0 3,0 3,0 3,0 3,0 1,5 3,0 3,0 3,0 3,0 1,5 1,5 1,5 1,5 1,5 1,5 1,5

1.5 Machined Gaskets

A variety of metallic and soft cut seals can be manufactured to customer requirements, in a comprehensive range of materials SUNFIRM - CNC - CST 4260 Main Features: • Swing over bed • Swing over cross slide • Swing over gap • Distance between center • Cross slide travel (x-axis) • Longitudinal travel (Z-axis)

1070 mm (42”) 680 mm (27”) 1400 mm (55”) 2000 mm (80”) 680 mm (26”) 2300 mm (90”)

KONGSBERG - XL44 Main Features: • Work area • Power head • Max. sheet size • Repeatability

2210 x 3050 mm (87 x 120”) 2148 x 3050 mm (85 x 120”) 2280 x 3420 mm (90 x 135”) ± 60 µm - ±.0023”

Gaskets

KaMOP速 offer all types of standard steel gaskets. RING JOINT GASKETS (5.1) Style R (oval and octagonal), Style RX, BX, SR, SRX and SBX supplied in accordance with relevant standards are available in a wide range of materials.

Ring Joint Gasket

SPECIALIZED RING JOINT GASKETS (5.2) Certain applications call for the use of a specialized ring joint. We offer a wide range of specialized configurations. KAMMPROFIL GASKETS (5.3) Our range of metallic seals include the Kammprofil gaskets, either plain or coated, manufactured in accordance to your request.

Specialized Ring Joint Gasket

SOFT CUT PRODUCTS (5.4) A variety of soft cut seals can be manufactured to customer requirements, in a comprehensive range of materials MACHINED GASKETS (5.5) A variety of metallic seals can be manufactured to customer requirements, in a comprehensive range of materials.

Kammprofil Gaskets

Soft Cut Products

Machined Gaskets

Quality Assured Manufacture All our ring joints are manufactured from a fully traceble material and can be supplied to NACE specification if requested. Each ring is low stress stamped with style, API Licence number, material reference and a material source, and is over and above those demanded by API 6A PSL 4.

Ring Gasket Marking. All Marking Cold Stamped on O.D. Date of manufacture (1) Manufacturers name or logo Ring gasket type and number (2)

Material: Mark: Soft iron D-4 Low-carbon steel S-4 304 Stainless steel S-304-4 316 Stainless steel S-316-4 Other materials on request.

Notes 1) Manufacturer may use a code number to indicate date of manufacture. 2) No distinctive marking required on R ring gaskets to differentiate Oval or octagonal.

Marking for ring gaskets - According to API 6A PSL 4

MATERIALS The gasket material should be selected to suit the service conditions. It is always recommended that the gasket material be softer than the mating flanges. The more popular ring joint materials, with the recommended maximum hardness and identification as specified in API 6A are shown in the table below For more highly specialized applications ring joints can be machined from duplex steels and other exotic materials such as Monel, Inconel, Incoloy and Hastelloy. As with all metallic joints, the re-use of ring joints is not recommended. During assembly and use, work hardening of the material occurs. With subsequent re-use, increased bolts loads are required to achieve similar sealing performance.

Maximum Hardness for Ring Gaskets (ASME B16.20 / API 6A) Maximum Hardness Ring Gasket material

Brinell

Rockwell "B" Scale

Soft iron (1)

Low carbon steel

120

4-6 chrome 1/2 Mo

130

Type 410

170

Type 304

160

Type 316

160

Type 347

160

Note 1) May be low-carbon steel, not to exceed maximum hardness of 90 Brinell - 56 Rockwell "B". Maximum hardness - According to ASME B16.20 / API 6A

PROTECTIVE COATING In accordance with API specifications, soft iron and low carbon steel ring joints are protected with electroplated zinc to a maximum thickness of 0.0005â€?. Alternative material coatings can be supplied on request.

2.1 Technical information Ring Joint Gasket The ring joint was initially developed for high pressure/temperature applications found in petroleum industry, the main use being in the oil field on drilling and completion equipment. However, today this product range can also be found on valves and pipework assemblies, along with some high integrity pressure vessel joints.

Style R Oval

Standard ring joints can be categorized into 3 groups: RING JOINT GASKET - STYLE R Available in both oval and octagonal configurations, both types being interchangable on the modern flat bottomed type groove flanges. Standard style R ring joints are manufactured in accordance with both API 6A and ASME B16.20 size/ratings. Can also be supplied in SR style.

Style R Oval

Style R Octagonal

Style SR Oval

Style SR Octagonal

Style R Octagonal

RING JOINT GASKET - STYLE BX The style BX pressure energized ring joints, manufactures in accordance with API 6A, are designed for use on pressurised systems up to 20.000 psi. All BX gaskets incorporate a pressure balance hole to ensure equalisation of pressure which may be trapped in the grooves. Can also be supplied in SBX style.

Style RX

RING JOINT GASKET - STYLE RX The style RX is a pressure energized adaptation of the standard Style R ring joint. As the RX is designed to fit the same groove design as a Standard Style R, the joints are interchangable. The modified design uses a pressure energized effect which improves the efficiency of the seal as the internal pressure of the system increases. Can also be supplied in SRX style.

Style BX

2.1.1 Ring Joint - R Gaskets ASME B16.20 Specification Dimensional Data. General notes: a) All dimensions are in millimeters. b) Tolerances: P = average pitch diameter of ring, ±0.18 A = width of ring, ±0.20 B, H = height of ring, + 1.3, -0.5 23 deg = angle, ±0 deg 30 min NOTES: End flanges to API 6D and API 600 use ring joints for equivalent pipe size under ASME/ANSI B16.5 or ASME B16.47 series A. Pressure Class Ratings Ring no.

ASME/ANSI B16.5 150

300/600

900

1500

API 6B 2500

13.8 (2000)

20.7 (3000)

ASME B16.47 Series A 34.5 (5000)

150

300/600

900

Pitch dia. Width of of ring ring P

1/2 1/2

1/2

3/4

1/2 3/4

3/4

1 1/4

1 1/2

2 1/2

1 1 1/4 1 1/2 1 1/4 2 2

1 1/2 2

2 1/2

2 2

2 1/2 2 1/2

2 1/2

2 1/2 3 3 3

3 3 1/2 3 1/2 3

4 4

3 1/2

4 4

5 5

6 5 6

5 6

6 6

Oval

Oct.

Approx distance between made up flanges

Approx weight

Dimensions in millimeters

Nominal Pipe sizes (inches)

R11 R12 R13 R14 R15 R16 R17 R18 R19 R20* R21 R22 R23* R24* R25 R26* R27* R28 R29 R30+ R31* R32 R33 R34 R35* R36 R37* R38 R39* R40 R41* R42 R43 R44* R45* R46*

Height of Ring

34,14 39,70 42,88 44,45 47,63 50,80 57,15 60,33 65,10 68,28 72,24 82,55 82,55 95,25 101,6 101,6 107,95 111,13 114,3 117,48 123,83 127,00 131,78 131,78 136,53 149,23 149,23 157,18 161,93 171,45 180,98 190,50 193,68 193,68 211,15 211,15

6,35 7,95 7,95 7,95 7,95 7,95 7,95 7,95 7,95 7,95 11,13 7,95 11,13 11,13 7,95 11,13 11,13 12,70 7,95 11,13 11,13 12,70 7,95 11,13 11,13 7,95 11,13 15,88 11,13 7,95 11,13 19,05 7,95 11,13 11,13 12,70

11,2 14,2 14,2 14,2 14,2 14,2 14,2 14,2 14,2 14,2 17,5 14,2 17,5 17,5 14,2 17,5 17,5 19,1 14,2 17,5 17,5 19,1 14,2 17,5 17,5 14,2 17,5 22,4 17,5 14,2 17,5 25,4 14,2 17,5 17,5 19,1

9,7 12,7 12,7 12,7 12,7 12,7 12,7 12,7 12,7 12,7 16,0 12,7 16,0 16,0 12,7 16,0 16,0 17,5 12,7 16,0 16,0 17,5 12,7 16,0 16,0 12,7 16,0 20,6 16,0 12,7 16,0 23,9 12,7 16,0 16,0 17,5

4.1

4.8 4.8 4.8 4.8

4.8

4.8 4.8 4.8 4.8

4.8 4.8 4.8

Oval

Oct.

0.05 0.10 0.11 0.11 0.22 0.13 0.24 0.15 0.26 0.17 0.30 0.30 0.35 0.40 0.35 0.43 0.46 0.58 0.38 0.50 0.52 0.66 0.33 0.56 0.58 0.37 0.63 1.18 0.69 0.43 0.76 1.94 0.48 0.82 0.89 1.10

0.05 0.09 0.10 0.11 0.21 0.13 0.23 0.15 0.25 0.17 0.30 0.29 0.34 0.39 0.33 0.42 0.44 0.57 0.36 0.48 0.51 0.65 0.30 0.54 0.56 0.34 0.61 1.15 0.66 0.40 0.74 1.91 0.45 0.79 0.86 1.08

*Denotes ring number specified in API 6A. Nominal pipe sizes marked ** apply to class rating 13.8 only. Nominal Pipe sizes in brackets apply to class rating 20.7 only. + Ring no. R30 is suitable for lapped flanges only. ANSI B 16.5 – MSS SP44 – API Std. (*)

Pressure Class Ratings Ring no.

ASME/ANSI B16.5 150

300/600

900

1500

Pitch dia. Width of ring ASME B16.47 Series A of ring

API 6B 2500

13.8 (2000)

20.7 (3000)

34.5 (5000)

150

300/600

900

26 28 30 32 34 36

6 8 8

8 8

10 10

12 12

12 14 12 14 14 14 16 16

16 16

18 18

20 20

24 24 24 24 22 22

26 28 30 32 34 36 8

Oval

Oct.

Approx distance between made up flanges

Approx weight

Dimensions in millimeters

Nominal Pipe sizes (inches)

Height of Ring

25,4 14,2 17,5 22,4 28,7 14,2 17,5 22,4 36,6 14,2 17,5 28,7 14,2 39,6 17,5 22,4 33,3 14,2 17,5 22,4 36,6 14,2 17,5 25,4 36,6 14,2 19,1 25,4 39,6 14,2 22,4 33,3 44,5

17,5

4.1 4.8 4.1

4.8 4.1

4,8

5,6 4,8 4,1

4,8 4,8

3,3 4,8

Oval

Oct.

2.22 0.62 1.14 2.03 3.72 0.76 1.37 2.43 7.48 0.95 1.61 5.07 0.99 10.65 1.77 3.15 7.45 1.14 1.98 3.53 10.25 1.30 2.27 5.48 11.75 1.40 3.03 5.95 15.31 1.68 5.20 12.30 22.40

2.29 0.57 1.10 1.99 3.40 0.70 1.33 2.39 7.81 0.88 1.56 5.12 0.92 11.72 1.72 3.09 7.52 1.05 1.92 3.46 10.71 1.19 2.20 5.40 12.27 1.29 2.99 5.86 16.20 1.55 5.10 12.66 22.98 1.41 3.92 0.23 0.26 0.44 0.66 0.72 1.24 1.15 2.06 6.83 0.92 7.52 8.03 8.60 12.29 13.24 13.74 0.95 17.08 22.19 22.47 23.78 32.05 33.95

4,8 4,8 3,3 4,1 4,1 4,8 4,8 4,8 4,1 7.63 8.16 8.73 12.16 13.10 13.59 4,8 16.35 20.97 22.47 23.97 31.24 33.10

*Denotes ring number specified in API 6A. Nominal pipe sizes marked ** apply to class rating 13.8 only. Nominal Pipe sizes in brackets apply to class rating 20.7 only. + Ring no. R30 is suitable for lapped flanges only. ANSI B 16.5 – MSS SP44 – API Std. (*)

2.1.2 Ring Joint - RX Gaskets ASME B16.20 Specification Dimensional Data. According to API spec 6A/ISO 10423: Types R and RX gaskets shall be used on 6B flanges. Only BX gaskets shall be used with 6BX flanges. RX and BX gaskets is providing a pressure-energized seal but are not interchangeable. General notes: a) All dimensions are in millimeters. b) Tolerances: OD = outside diameter of ring, +0,51 -0,00 A = width of ring, +0.20 -0,00 H = height of ring, +0.20 -0,00 23 deg = angle, ±0 deg 30 min E = hole size ±0,5 Pressure class rating MPa (psi) Ring no.

13,8 20,7 34,5 (2000) (3000) (5000) Nominal pipe size (inches)

1 1/2

2 2

2 1/2 3

2 1/2 3 3

1 1/2 2 2 1/2

16 18 20

4 5 6 8 8 10 14

16 18 20

1 3/8 1 13/16 2 9/16 4 1/16

Outside dia. of ring

Width of ring

Height of outside bevel

NOTES: (1) One pressure passage hole is required per gasket as illustrated. The centerline of the hole shall be located at the midpoint of dimension C. Height of ring

D H Dimensions in millimeters

Hole size E

1,5 1,5 1,5 2,3 2,3 3,0 3,0 3,0 3,0

Approx distance between made up flanges

11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 11,9 18,3 11,9 11,9 11,9 11,9 11,9 21,3 11,9 11,9 11,9 18,3 15,0 18,3 11,9 11,9 9,7 9,7 9,7 9,7 9,7 18,3 19,1 11,9

Approx Weight Kg

0,24 0,53 0,62 0,36 0,66 0,70 0,80 0,89 0,97 1,05 1,18 1,26 1,37 1,67 3,91 1,76 2,89 2,11 3,47 2,48 12,03 3,06 5,04 3,48 9,18 4,66 10,06 0,37 0,41 0,53 0,82 0,91 1,48 1,37 3,12 7,80 1,53 0,06 0,08 0,35 0,78

2.1.3 Ring Joint - BX Gaskets ASME B16.20 Specification Dimensional Data. According to API spec 6A/ISO 10423: Type 6BX flanges are of the ring joint type and are designed with a raised face. Therefore one of the flanges in a 6BX connection shall have a raised face. The type 6BX flange shall be on the through-bolted or studded design. General notes: a) All dimensions are in millimeters. b) Radius R shall be 8% to 12% of the gasket height, H c) Tolerances: OD = outside diameter of ring, +0,00 -0,15 H = height of ring, +0.20 -0,00 A = width of ring, +0.20 -0,00 D = hole size ±0,5 23 deg = angle, ±0 deg 30 min

Pressure class rating MPa (psi)

API 6A Ring no. (2000)

(3000)

34,5

103,5

138

(5000)

(10 000)

(15 000)

(20 000)

NOTES: (1) One pressure passage hole is required per gasket as illustrated. The centerline of the hole shall be located at the midpoint of dimension C.

Outside dia. of ring OD

Nominal pipe size (inches)

BX150 BX151 BX152 BX153 BX154 BX155 BX156 BX157 BX158 BX159 BX160 BX161 BX162 BX163 BX164 BX165 BX166 BX167 BX168 BX169 BX170 BX171 BX172 BX303

13 5/8 16 3/4 16 3/4 18 3/4

1 11/16 1 13/16 2 1/16 2 9/16 3 1/16 4 1/16 7 1/16 9 11 13 5/8

16 3/4

18 3/4

21 1/4 21 1/4 26 3/4 26 3/4

Width of ring

Hole size

Approx Weight

Dimensions in millimeters

1 11/16 1 13/16 2 1/16 2 9/16 3 1/16 4 1/16 7 1/16 9 11 13 5/8

5 1/8 6 5/8 8 9/16 11 5/32

Height of ring

6 5/8 8 9/16 11 5/32

1 13/16 2 1/16 2 9/16 3 1/16 4 1/16 7 1/16 9 11 13 5/8

72,19 76,40 84,68 100,94 116,84 147,96 237,92 294,46 352,04 426,72 402,59 491,41 475,49 556,16 570,56 624,71 640,03 759,36 765,25 173,51 218,03 267,44 333,07 852,75

9,30 9,63 10,24 11,38 12,40 14,22 18,62 20,98 23,14 25,70 23,83 28,07 14,22 30,10 30,10 32,03 32,03 35,86 35,86 15,85 14,22 14,22 14,22 37,95

9,30 9,63 10,24 11,38 12,40 14,22 18,62 20,98 23,14 25,70 13,74 16,21 14,22 17,37 24,59 18,49 26,14 13,11 16,05 12,93 14,22 14,22 14,22 16,97

1,5 1,5 1,5 1,5 1,5 1,5 3,0 3,0 3,0 3,0 3,0 3,0 1,5 3,0 3,0 3,0 3,0 1,5 1,5 1,5 1,5 1,5 1,5 1,5

0,13 0,15 0,19 0,28 0,39 0,66 1,84 2,92 4,26 6,42 3,03 5,14 2,26 6,7 9,73 8,54 12,38 8,14 10,13 0,79 1,00 1,24 1,56 12,66

2.2 Technical information specialized RTJ For critical and non standard applications, where ring joints are unsuitable in their Standard form, we offer a range of specialised ring joints to suit the needs of the Petrochemical Industry. TRANSITION RING JOINTS These are combination rings which consist of two different sizes having the same pitch circle diameter. They are used for sealing ring joint flanges where the mating flanges have different ring groove diameters.

Transition ring joints

Transition ring joints can be manufactured from standard materials, as well as exotic alloys. Transition ring joints are available with either oval or octagonal facing. NOTE: Transition ring joints are not in accordance with API Specification. RUBBER COATED RING JOINTS This is an oval ring joint which totally enclosed in nitril rubber coating. The ring joint material is usually soft iron or low carbon steel.

25 Rubber coated ring joints

This type of gasket has three main functions, as follows; • It is used in pressure testing to minimise damage to flanges • The rubber contact points provide additional seals while protecting the flange surface • It provides increased assurance against corrosion, which can occur between conventional ring joints and the engaged surface of the groove A wide range of standard sizes are available, with special sizes available on request. BLIND RING JOINTS Special ring joints can be manufactured to blind off flanges and pipework. They consist of standard ring joints with integral solid metallic centres.

Blind ring joints

Blind ring joints can be supplied in all standard materials and exotic alloys. For further information on any of the specialized ring joint products, please call KaMOP®’s technical department.

2.3 Technical information Kammprofil The Kammprofil gasket offers a safe, effective seal under the most exacting conditions of both temperature and pressure and against virtually every known corrosive and toxic media. The excellent recovery characteristics of the facing materials allow the Kammprofil gasket to maintain a seal even under the effects of pressure and temperature fluctations, temperature differential across the flange face, flange rotation, bolt stress relaxation and creep. Eco-friendly by significant reducing leakage into the atmosphere. FLANGE FACE

Male and female

Raced face

Flat face

Style GR

Style LGR

RECOMMENDED GASKET STYLE

Style P

SPECIALS For non-standard applications, we can offer a range of specialized gasket designs.

2.3.1 Kammprofil - Style P, GR and LGR STYLE P Basic solid Kammprofil gaskets are supplied in a wide range of materials, either plain faced or coated. Recommended for male and female, tounge and groove & recessed flange arrangements.

Style P

STYLE GR Kammprofil gaskets incorporating an integral outer location ring. As above, available in an extensive range of materials, plain faced or coated. Optimum choice for a flat faced and raised face assemblies.

Style GR

STYLE LGR A slight variation on the style GR. The integral outer location ring is replaced with loose fitting, independent alternative. As with style GR, designed specifically for flat face and raised face flange assemblies.

Dimensions in mm

Style LGR

150#

300#

400#

600#

900#

1500#

2500#

DN (inches)

1/2"

23,0

33,3

47,8

54,1

D3 63,5

63,5

69,9

3/4"

28,6

39,7

57,2

66,8

69,9

76,2

36,5

47,6

66,6

73,2

79,5

85,9

1 1/4"

44,4

60,3

76,2

82,6

88,9

104,9

1 1/2"

52,4

69,8

85,9

95,3

98,6

117,6

69,8

88,9

104,9

111,3

143,0

146,1

2 1/2"

82,5

101,6

124,0

130,3

165,1

168,4

98,4

123,8

136,7

149,4

168,4

174,8

196,9

3 1/2"

111,1

136,5

161,9

165,1

161,9

190,5

187,3

123,8

154,0

174,8

181,1

177,8

193,8

206,5

209,6

235,0

150,8

182,6

196,9

215,9

212,9

241,3

247,7

254,0

279,4

177,8

212,7

222,3

251,0

247,7

266,7

289,1

282,7

317,5

228,6

266,7

279,4

308,1

304,8

320,8

358,9

352,6

387,4

10"

282,6

320,7

339,4

362,0

358,9

400,1

435,1

476,3

12"

339,7

377,8

409,7

422,4

419,1

457,2

498,6

520,7

549,4

14"

371,5

409,6

450,9

458,9

482,6

492,3

520,7

577,9

16"

422,3

466,7

514,4

539,8

536,7

565,2

574,8

641,4

18"

479,4

530,2

549,4

596,9

593,9

612,9

638,3

704,9

20"

530,2

581,0

606,6

654,1

647,7

682,8

698,5

755,7

22"

581,0

631,8

660,4

704,9

701,7

733,4

24"

631,8

682,6

717,6

774,7

768,4

790,7

838,2

901,7

Diametrical Dimensions for Style LGR are equal to Style GR.

KAMMPROFIL GASKET MATERIALS Kammprofil gasket materials should always be selected with regard to chemical compatability and temperature/pressure conditions. Please find a listing of available gaskets materials shown in the table below.

Werkstoff number/ Euronorm

Metallic Core Materials Carbon steel

Facing Materials Un-Coated

Stainless Steel Grade 316

1.4401

304

1.4301

316Ti

1.4571

310

1.4841

321

1.4541

347

1.4550

410

1.4006

Graphite PTFE

Duplex Steels Monel

2.4360

Inconell 600

2.4816

625

2.4856

Titanium

3.7025

Nickel

2.4060

Incoloy 825

2.4858

Hastelloy B2

2.4615

C276

2.4819

Technical requirements for enquires: • Gasket style • Flange Standard • Nominal Pipe Size • Pressure Rating • Metallic Core Material • Facing Materials (if applicable)

Other non-asbestos materials are available on request

Example: • Style GR • ASME/ANSI B16.5 • 4” • 1500# • Stainless Steel Grade 316 Core • Graphite

2.4 Technical information - soft cut products 5.4.1 GRAPHITE SHEET GASKETS

5.4.2 NON-ASBESTOS SHEET GASKETS

5.4.3 INSULATING SETS

5.4.4 SPW GASKETS

5.4.5 FLANGE GUARDS

2.4.1 Graphite for reusable Kammprofil Gaskets The KaMOP® Kammprofil Gasket may be used several times in installations by changing to new sealing material on the metallic core. Graphite is without doubt the premier sheet gasket material available in the market today. This totally non-toxic, high purity carbon material, containing no respirable fibres, binders, lubricating agents or other unsurpassable by any other available sealing material. Based on the same material utilized in our spiral wound gasket production, Graphite sheet gaskets provide conformable, low sealing stress seals, ideal for use on both rough and smooth flanges.

The self lubricating homogeneous structure exceptional chemical and temperature resistance ensure long service life, even in the presence of highly corrosive and toxic media. Low leachable and total chloride content aid in the avoidance of intergranular corrosion of austenitic stainless steel piping systems. PHYSICAL PROPERTIES The following physical properties are based on a standard purify > 98% carbon foil, 0,35 mm thickness at a density of 1,0g/cm3

DESCRIPTION

TECHNICAL DATA

Max. recommended temperature: Inert or Reducing media:

-250°C to 3000°C

Oxidizing media:

-250°C to 500°C

Technical physical properties: Purity:

> 98 %

Ash Content:

< 0,3 %

Leachable Fluoride:

< 50 ppm

Leachable Chloride:

≤ 100 ppm

Sulphur content:

< 990 ppm

Compressibility ASTM F36A - 66

35-55 %

Recovery ASTM F36A - 66

> 15 %

2.4.2 Non-Asbestos Sheet gaskets FEROLITE NAM 42 GF An excellent material for high stress condition. It offers a high media resistance to many of the aggressive media. It exhibits good sealing and torque retention properties. It is specifically designed to satisfy the growing demand for numerous aggressive chemicals used by industry today. It can also be used for sealing oils, fuels, gases, freons, and general application in paper & pulp industry for application in pipelines, radiators, boilers and many other instances of flanged joints. GENERAL DATA Material Composition (type of fibres): Aramid fiber, Glass fibre Binders: NBR Max. peak temp: 400°C Max. continuous temp: 270°C Max. continuous temp. with steam: 240°C Max. operating pressure: 100 bar The following information applies to material thickness 2.0 mm. PROERTIES 1. Density

TEST METHOD -

SPECIFIED VALUE UNIT 1.70 - 2.00 gm/cm3

2. Tensile Strength: (a) Acc to ASTM F152

(Across grain)

7 Min. N/mm2

(b) Acc to DIN52910

(Across grain)

5 Min. N/mm2

3. Compressibility

ASTM F36A

6 – 12 %

4. Recovery

ASTM F36A

≥ 50 %

5. Fluid Absorption (a) In ASTM Oil no. 3

ASTM F 146

Increase in mass

≤ 10 %

Increase in thickness

≤ 10 %

(b) In fuel B

ASTM F 146

Increase in mass

≤ 10 %

Increase in thickness (c) In water/antifreeze

≤ 7 % ASTM F 146

Increase in mass

≤15 %

Increase in thickness

≤ 5 %

6. Ignition loss

DIN 52911

≤ 30 %

7. Sealability against nitrogen

DIN 3535

≤ 1.0 cm3/min

8. Stress resistance

16h 300ºC

DIN 52913

~ 25 N/mm2

16h 175ºC

DIN52913

~ 30 N/mm2

SUPPLY DATA Thickness in mm: 0.30, 0.50, 0.75, 1.00, 1.50, 2.00, 3.00, 4.00 Sheet size in mm: 1500x1500, 1500x2000, 1500x3000, 1500x4000, 1500x4500, 2000x3000. Note: Other sheet sizes & thickness upon request.

2.4.3 Insulating sets One 1/8" (3 mm)

One

One full length

1/8" (3 mm) thick

One

thick plated

insulating

insulating gasket

insulating

thick plated

steel washer for

washer for

sleeve for

or oval ring for

washer for

steel washer for

each nut

each bolt

ring joint flanges

each nut

One 1/8" (3 mm)

32 Available in three types, dependent on flange configuration, each insulating set comprises of: • • • •

One central gasket either flat section or oval ring joint section dependent on flange type One full length insulating sleeve per bolt. Two insulating washers per bolt Two back-up steel washers per bolt

DIMENSIONAL DATA KaMOP® Insulating Set gaskets are manufactured to suit ANSI / ASME, BS, DIN and other international recognized flange standards. Specials can be manufactured upon request. MATERIALS • Insulating Gasket: - Style IFF and Style IRF Reinforced phenolic laminate, either plain or neoprene coated. Special non asbestos sheet material. - Style IRG Reinforced phenolic laminate.

• •

Bolt sleeves Thin section reinforced phenolic laminate. Thickness 1/32” (0.8 mm) Insulating washer Reinforced phenolic laminate. Special non-asbestos sheet material.

Technical requirements for enquires: • Gasket style • Flange standard • Nominal pipe size • Pressure rating • Materials Example: • Style IFF • ASME / ANSI B16.5 • 4” • 900# • Plain phenolic laminate

NOTE: It is recommended that for full protection that self adhesive tape should be wrapped around the outside of the flange to prevent the ingress of conductive foreign material.

Standard styles for insulating sets Where pipeline corrosion resistance or electrical flange isolation properties are required, the insulating set is the optimum choice of gasket seal. Manufactured from specialised materials, recognized for their corrosion resistance and electrical isolation properties, this gasket choice offers a high quality, long term low maintenance cost solution. STYLE IFF Full face gasket insulating set assembly Suitable for flat face and raised face flanges. This style minimises the ingress of conductive foreign matter between the portion of the flanges outside the raised faces and reduces the risk of bridging. STYLE IRF Inside bolt location gasket insulating set assembly Utilizes a central gasket which locates within the bolts. STYLE IRG Ring joint gasket insulating set assembly. Insulating oval section ring joint will fit into a standard RTJ flange ring groove.

1/8" thick steel washer 1/8" thick insulating washer Insulating sleeve 1/8" thick insulating gasket 1/8" thick insulating washer 1/8" thick steel washer Style IFF

1/8" thick steel washer 1/8" thick insulating washer Insulating sleeve 1/8" thick insulating gasket 1/8" thick insulating washer 1/8" thick steel washer Style IRF

1/8" thick steel washer 1/8" thick insulating washer Insulating sleeve 1/8" thick insulating gasket 1/8" thick insulating washer 1/8" thick steel washer Style IRG

2.4.4 Spiral wound - SWG The spiral wound gasket depends upon the mechanical characteristics of a formed metal spiral strip, rather than the compressive virtues of more traditional gasket materials. The sealing strips, or fillers, are usually graphite, although other materials such as PTFE may be used, the windings are normal in SS316L. For this type of gasket to work the spiral must not be over compressed, hence one of two types of compression control is usually used The completed gasket is fitted into a steel ring of specific thickness. When the gasket is fitted into a flange and the bolt load is applied, flange closure is governed by the outer steel ring of the gasket. To further improve the pressure rating of the spiral wound gasket, a steel ring may be added to the inside. This also protects the windings, from contamination, or attack by the product.

34 With outer ring in mild steel

With outer ring in mild steel, and inner ring in 316L

Without guide ring

With inner ring in 316L

With outer ring in 316L

With outer ring in 316L, and inner ring in 316L

Technical information - spiral wound (SWG) Available in a full range of styles and materials, our spiral wound gaskets are manufactured in accordance with ASME B16.20 for use in all industry flanges, including ASME/ANSI B16.5, ASME B 16.47, Series A & B.

ASME B16.20 Thickness centering ring = 3,2 mm Thickness sealing element = 4,45 mm

ASME B16.20 SPW Size

150# D1

SPW D3

Size

300# D1

SPW D3

Size

600# D1

1/2"

14,2

19,1

31,8

47,8

1/2"

14,2

19,1

31,8

54,1

1/2"

14,2

19,1

31,8

54,1

3/4"

20,6

25,4

39,6

57,2

3/4"

20,6

25,4

39,6

66,8

3/4"

20,6

25,4

39,6

66,8

26,9

31,8

47,8

66,8

26,9

31,8

47,8

73,2

26,9

31,8

47,8

73,2

1 1/4"

38,1

47,8

60,5

76,2

1 1/4"

38,1

47,8

60,5

82,6

1 1/4"

38,1

47,8

60,5

82,6

1 1/2"

44,5

54,1

69,9

85,9

1 1/2"

44,5

54,1

69,9

95,3

1 1/2"

44,5

54,1

69,9

95,3

55,6

69,9

85,9

104,9

55,6

69,9

85,9

111,3

55,6

69,9

85,9

111,3

2 1/2"

66,5

82,6

98,6

124,0

2 1/2"

66,5

82,6

98,6

130,3

2 1/2"

66,5

82,6

98,6

130,3

81,0

101,6

120,7

136,7

81,0

101,6

120,7

149,4

81,0

101,6

120,7

149,4

106,4

127,0

149,4

174,8

106,4

127,0

149,4

181,1

102,6

120,7

149,4

193,8

131,8

155,7

177,8

196,9

131,8

155,7

177,8

215,9

128,3

147,6

177,8

241,3

157,2

182,6

209,6

222,3

157,2

182,6

209,6

251,0

154,9

174,8

209,6

266,7

215,9

233,4

263,7

279,4

215,9

233,4

263,7

308,1

205,7

225,6

263,7

320,8

10"

268,2

287,3

317,5

339,9

10"

268,2

287,3

317,5

362,0

10"

255,3

274,6

317,5

400,1

12"

317,5

339,9

374,7

409,7

12"

317,5

339,9

374,7

422,4

12"

307,3

327,2

374,7

457,2

14"

349,3

371,6

406,4

450,9

14"

349,3

371,6

406,4

485,9

14"

342,9

362,0

406,4

492,3 565,2

16"

400,1

422,4

463,6

514,4

16"

400,1

422,4

463,6

539,8

16"

389,9

412,8

463,6

18"

449,3

474,7

527,1

549,4

18"

449,3

474,7

527,1

596,9

18"

438,2

469,9

527,1

612,9

20"

500,1

525,5

577,9

606,6

20"

500,1

525,5

577,9

654,1

20"

489,0

520,7

577,9

682,8

24"

603,3

628,7

685,8

717,6

24"

603,3

628,7

685,8

774,1

24"

590,6

628,7

685,8

790,7

SPW Size

900#

SPW Size

1500#

SPW Size

2500# D3

1/2"

14,2

19,1

31,8

63,5

1/2"

14,2

19,1

31,8

63,5

1/2"

14,2

19,1

31,8

69,9

3/4"

20,6

25,4

39,6

69,6

3/4"

20,6

25,4

39,6

69,6

3/4"

20,6

25,4

39,6

76,2

26,9

31,8

47,8

79,5

26,9

31,8

47,8

79,5

26,9

31,8

47,8

85,9

1 1/4"

33,3

39,6

60,5

88,9

1 1/4"

33,3

39,6

60,5

88,9

1 1/4"

33,3

39,6

60,5

104,9

1 1/2"

41,4

47,8

69,9

98,6

1 1/2"

41,4

47,8

69,9

98,6

1 1/2"

41,4

47,8

69,9

117,6

52,3

58,7

85,9

143,0

52,3

58,7

85,9

143,0

52,3

58,7

85,9

146,1

2 1/2"

63,5

69,9

98,6

165,1

2 1/2"

63,5

69,9

98,6

165,1

2 1/2"

63,5

69,9

98,6

168,4

78,7

92,2

120,7

174,8

78,7

92,2

120,7

174,8

78,7

92,2

120,7

196,9

97,8

117,6

149,4

209,6

97,8

117,6

149,4

209,6

97,8

117,6

149,4

235,0

124,5

143,0

177,8

254,0

124,5

143,0

177,8

254,0

124,5

143,0

177,8

279,4

147,3

171,5

209,6

282,7

147,3

171,5

209,6

282,7

147,3

171,5

209,6

317,5 387,4

196,9

215,9

257,3

352,6

196,9

215,9

257,3

352,6

196,9

215,9

257,3

10"

246,1

266,7

311,2

435,1

10"

246,1

266,7

311,2

435,1

10"

246,1

270,0

311,2

476,3

12"

292,1

323,9

368,3

520,7

12"

292,1

323,9

368,3

520,7

12"

292,1

317,5

368,3

549,4

14"

320,8

362,0

400,1

577,9

14"

320,8

362,0

400,1

577,9

16"

368,3

406,4

457,2

641,4

16"

368,3

406,4

457,2

641,4

18"

425,5

463,6

520,7

704,9

18"

425,5

463,6

520,7

704,9

20"

476,3

514,4

571,5

755,7

20"

476,3

514,4

571,5

755,7

24"

577,9

616,0

679,5

901,7

24"

577,9

616,0

679,5

901,7

Thickness centering ring = 3,2 mm Thickness sealing element = 4,45 mm

ASME B16.47 SERIES A

SPW

150#

ASME B16.47 SERIES B

300#

Size

26"

654,1

673,1

704,9

774,7

26"

654,1

685,8

736,6

835,2

28"

704,9

723,9

755,7

831,9

28"

704,9

736,6

787,4

898,7

30"

755,7

774,7

806,5

882,7

30"

755,7

793,8

844,6

852,5

32"

806,5

825,5

860,6

939,8

32"

806,5

850,9

901,7

1006,6

34"

857,3

876,3

911,4

990,6

34"

857,3

901,7

952,5

1057,4

36"

908,1

927,1

968,5

1047,8

36"

908,1

955,8

1006,6

1117,6

38"

958,9

977,9

1019,3

1111,3

38"

958,9

977,9

1016,0

1054,1

40"

1009,7

1028,7

1070,1

1162,1

40"

1009,7

1022,4

1070,1

1114,6

42"

1060,5

1079,5

1224,0

1219,2

42"

1054,1

1073,2

1120,9

1165,4

SPW

Size

600#

SPW

900#

Size

26"

654,1

685,8

736,6

866,9

26"

660,4

685,8

736,6

882,7

28"

704,9

736,6

787,4

914,4

28"

711,2

736,6

787,4

946,2

30"

755,7

793,8

844,6

971,6

30"

768,4

793,8

844,6

1009,7

32"

806,5

850,9

901,7

1022,4

32"

812,8

850,9

901,7

1073,7

34"

857,3

901,7

952,5

1073,2

34"

863,6

901,7

952,5

1136,7

36"

908,1

955,8

1006,6

1130,3

36"

920,8

958,9

1009,7

1200,7 1200,7

38"

958,9

990,6

1041,4

1104,9

38"

1009,7

1035,1

1085,9

40"

1009,7

1047,8

1098,6

1155,7

40"

1060,5

1098,6

1149,4

1251,0

42"

1066,8

1104,9

1155,7

1219,2

42"

1111,3

1149,4

1200,2

1301,8

Size

26"

654,1

673,1

698,5

725,4

26"

644,7

663,7

714,5

765,3

28"

704,9

723,9

749,3

776,4

28"

685,8

704,9

755,7

819,2

30"

755,7

774,7

800,1

827,0

30"

752,6

778,0

828,8

879,6

32"

806,5

825,5

850,9

881,1

32"

793,8

831,9

882,7

933,5

34"

857,3

876,3

908,1

935,0

34"

850,9

889,0

939,8

997,0

36"

908,1

927,1

958,9

987,6

36"

901,7

939,8

990,6

1047,8 1104,9

SPW

150#

SPW

600#

38"

958,9

974,9

1009,7

1044,7

38"

952,5

990,6

1041,4

40"

1009,7

1022,4

1063,8

1095,5

40"

1009,7

1047,8

1098,6

1155,7

42"

1060,5

1079,5

1114,6

1146,3

42"

1066,8

1104,6

1155,7

1219,2

SPW

300#

SPW

900#

Size

26"

654,1

673,1

711,2

771,7

26"

666,8

692,2

749,3

838,2

28"

704,9

723,9

762,0

825,5

28"

717,6

743,0

800,1

901,7

30"

755,7

774,7

812,8

886,0

30"

781,1

806,5

857,3

958,9

32"

806,5

825,5

863,6

939,8

32"

838,2

863,6

914,4

1016,0

34"

857,3

876,3

914,4

993,9

34"

895,4

920,8

971,6

1073,2

36"

908,1

927,1

965,2

1047,8

36"

920,8

946,2

997,0

1224,0

38"

958,9

1009,7

1047,8

1098,6

38"

1009,7

1035,1

1085,9

1200,2

40"

1022,4

1060,5

1098,6

1149,4

40"

1060,5

1098,6

1149,4

1251,0

42"

1085,9

1111,3

1149,4

1200,2

42"

1111,3

1149,4

1200,2

1301,8

2.4.5 Flange guards Flange guards are supplied to suit all API, ASME / ANSI, BS and MSS SP44 ring joint flanges. In the case of Style R and RX ring joints, the flange guard locates between the outside diameter of the ring joint and the outside diameter of the flange, with the corresponding bolt holes incorporated in it. For Style BX ring joints, the flange guard locates between the raised face and the outside diameter of the flange. Flange guards are manufactured from closed cell neoprene foam, which compresses readily under load. Once assembled, they protect the outside diameter of the ring joint from corrosion i.e salt spray.

Flange guards

2.5 Machined Gaskets

A variety of metallic and soft cut seals can be manufactured to customer requirements, in a comprehensive range of materials Machined Gaskets

SUNFIRM - CNC - CST 4260 Main Features: • Swing over bed • Swing over cross slide • Swing over gap • Distance between center • Cross slide travel (x-axis) • Longitudinal travel (Z-axis)

1070 mm (42”) 680 mm (27”) 1400 mm (55”) 2000 mm (80”) 680 mm (26”) 2300 mm (90”)

KONGSBERG - XL44 Main Features: • Work area • Power head • Max. sheet size • Repeatability

2210 x 3050 mm (87 x 120”) 2148 x 3050 mm (85 x 120”) 2280 x 3420 mm (90 x 135”) ± 60 µm - ±.0023”

Wire Lubricator - maintenance equipment for steel wires

The Wire Lubricator range provides fast and effective cleaning and lubricating of wire ropes. Wire ropes from 10mm (3/8”) to 165mm (6-1/2”) in diameter can be automatically greased at speeds up to 2,000mt per hour. Ideal for use on all cranes, towing lines and mooring lines, the Wire Lubricator eliminates the HS&E risks associated with manual lubrication. Use of the Wire Lubricator provides improved wire rope lubrication by forcing wire rope lubricant under pressure into the wire rope. Other lubricators just coat the surface of the ropes but the unique seal design of the Wire Lubricator means the “wire dwell time” in the pressure chamber is longer. Longer dwell time means greater lubricant penetration which leads to increased rope life and extended relubrication intervals.

BENEFITS OF THE WIRE LUBRICATOR • Eliminates manual greasing • Single pass lubrication • Stops corrosion, protects ropes • Fast, efficient wire rope lubrication • Penetrative, displaces moisture from rope’s core • Safer, reduced lubricant usage, less leakage & mess • Reduces downtime, improves equipment availability

Wire Lubricator - WL 450

3.1 Wire Lubricator information Wire Lubricators were introduced and improved by several Norwegian inventors in the 1980’s. The inventor Hans Knut Waage, aroused wire lubricator with rotating rubber gaskets with inner profile which is identical to the rope profile. Such maintenance equipment had not been seen in the marked before. Rotating rubber gaskets with inner profile which is identical to the rope profile give a perfect seal as well as built-in channels for returning oil and lubrication of the rope before it passes sealing. The lubricant, thick or thin, are forced into the wire rope core and into its individual strands. It happens at low pressure, no more than 3 to 6 kg is required.

APPLICATIONS Marine: • Mooring and anchor lines • Deck winches • Wharf cranes • ROV umbilicals • Submarine wire ropes • Diving boats • Goods cranes • Towing line • Wireline • Hoists • Pipe laying vessels Industrial: • Overhead cranes • Mobile cranes • NDT inspection services • Mining winder ropes • Hoist ropes • Wire rope manufacturers

Wire rope manufacturer confirms that the equipment for its customers and users agree that the maintenance system is operating safely and efficiently. Wire rope manufacturer’s laboratory testing and practical experience users match. We are sure that you too will be convinced that Wire Lubricrator stands for greater safety and better economy . All wire rope manufacturers underlines the necessity to lubricate wire rope regularly. The cable should be lubricated with a special lubricant quality with penetrating, anti-rust and good strength properties. Hidden corrosion is the rope and the collateral worst enemy! The friction between the rope strands and between each wire in strands, wears out and destroys rope. Wire lubricator pushing lubricant into the rope just where it should be to prevent rust and do the least possible friction. A Norwegian invention - a Norwegian product!

3.2 Wire Lubricator technical specification Wire Lubricator is casted in aluminium. Channels and return oil lubrication of the rope before it passes first sealing gasket is built into the profile walls.

Type

Description

Wire dia

Weight

350

Wire Lubricator

10- 32

3,9

450

Wire Lubricator

34- 76

14,0

550

Wire Lubricator

68- 165

Seal: 1 set contains 2 simple an 2 double seal made in special rubber. Baffel: 1 set contains 4 bearings in polymid. Normal workpressure: 3 kg - 6 kg. Security Valve: 1/2” BSP - 6 kg.

41 APPLICATIONS • Wharf cranes • Ship cranes • ROV cables • Mind winders • Mobile cranes • Oli & Gas platforms • Anchor ropes • Deck winches • Overhead cranes • Ship loaders

3.3 Grease Drum Package 30 - 110 kg Grease Drum Package BSP to go with the Wire Lubricator is offered in three different packages. Drum and chart is not included. Product no.

Packge Include

Drum Size

6xxxxxxxxx16/20

Grease Pump LD 50:1 , Fluid hose kit, grease valve, Z-swivel, 2-way vented valve, Air pressure regulator, accessory kit, flexible bung adapter, Drum over

10/20kg

6xxxxxxxxx55/60 6xxxxxxxxx00180

55/60kg 180kg

COATING GREASE / PENETRATING GREASE / LUBRICANTS Contact us to recieve a professional recommendation that matches your application.

3.4 Seals & Baffle selection guide The Wire Lubricator seals are designed to have some interferance with the rope, depending on it’s size and type, with an interference of up to 3mm allowable for standard 6 & strand ropes which do not have valleys, a maximum interference of 1mm is recommended as these ropes do not allow for the same amount of seal deflection within the collar.

3.4.1 Wire seal sizes Dyform Bristar 6x37 Riser Tensioner Line

Wire Size

Bristar Drilling Line 6x19

60010200101xxxx

Inches [mm]

1 3/4

1 7/8 2

Drilling Line 6x19 IWRC

Wire Size

60010200102xxxx Inches[mm]

60010200102xxxx

Inches[mm]

1000

[26]

1 7/8

1/18

1 1/8

11/8

1 1/8

[28]

11/4

1 1/4

11/4

1 1/4

[32]

2 1/8

13/8

1 3/8

13/8

1 3/8

[36]

2 1/4

11/2

1 1/2

11/2

1 1/2

[38]

2 3/8

15/8

1 5/8

15/8

1 5/8

[40]

2 1/2

13/4

1 3/4

13/4

1 3/4

[44]

2 5/8

17/8

1 7/8

17/8

1 7/8

[48]

2 3/4

2000

[52]

2 7/8

21/8

2 1/8

21/4

2 1/4

21/2

2 1/2

23/4

2 3/4

3000

Wire Size

3.4.2 Baffle plates sizes Wire Rope size

Baffle Size

60010200200xxxx

Inches [mm]

0030

[26]

0030

1 1/8

[28]

0040

1 1/4

[32]

0040

1 3/8

[36]

0040

1 1/2

[38]

0050

1 5/8

[40]

0050

1 3/4

[44]

0050

1 7/8

[48]

0060

[60]

0060

2 1/8

[60]

0060

2 1/4 [60]

0070

2 1/2 [70]

0080

2 3/4 [80]

0080

[80]

Composite construction

In our new modern production facilities in Nha Trang, Vietnam we now offer high quality composite construction for the maritime, oil and gas industry. Offshore / subsea: • We offer covers for pipelines to a reasonable price Composite boat: • We produce kayac, canoee, racingboat, day cruiser and leisure boat Custom made products: • All types of products on customers request Aqua culture: • Fish-farm equipment Windmill farm: • Mill equipment

4.1 Glass Reinforced Plastic (GRP) / Composite materials

(subsea structures/ Industry/ Renewable energy)

Karmsund Maritime offer all types of Glass Reinforced Plastic (GRP) / composite products to the Industry Market, Renewable Market and offshore subsea market according to relevant standards. Our main focus is to develop solutions using composites to replace traditional steel structure by focus on, both technical and commercial perspective. Our traditional production techniq and facilities enable us to produce composite parts up to very large structures as well as custom made smaller parts. Karmsund Maritime have trained Composite Technicians to perform hand layup. We have a separate moulding room with ventilation to perform this operation.

Offshore Subsea Market • Glass Reinforced Plastic (GRP) Spool / Protection Covers • PLEM/PLET Covers • Freespan/Extension Covers • TEE Protection Covers • Tailormade buoyancy modules/Hatches Composite are used daily around us as in • Aircraft interior and exterior parts • Exhibition desks • Aerodynamic Profiles • Protection Wall/Bench • Windmills • Boats

GRP protection covers for subseastructures / spool / pipelines:

Aircraft interior and exterior parts / house building:

Catamaran / boats / kayaks made of fiberglass:

A fiberglass dome house.

Glass-reinforced plastics are also used to produce house building components such as roofing laminate, door surrounds, over-door canopies, window canopies and dormers, chimneys, coping systems, and heads with keystones and sills. The materialâ€™s

reduced weight and easier handling, compared to wood or metal, allows faster installation. Massproduced fiberglass brick-effect panels can be used in the construction of composite housing, and can include insulation to reduce heat loss.

4.2 Storage tanks Storage tanks can be made of fiberglass with capacities up to about 300 tonnes. Smaller tanks can be made with chopped strand mat cast over a thermoplastic inner tank which acts as a preform during construction. Much more reliable tanks are made using woven mat or filament wound fibre, with the fibre orientation at right angles to the hoop stressimposed in the side wall by the contents. Such tanks tend to be used for chemical storage because the plastic liner (oftenpolypropylene) is resistant to a wide range of corrosive chemicals. Fiberglass is also used for septic tanks.

Fiberglass (or fibreglass) is the common name for glass-reinforced plastic (GRP)[1] or alternatively glass-fiber reinforced plastic (GFRP)[2] Fiberglass is also known as GFK, for German: GlasfaserverstĂ¤rkter Kunststoff. Fiberglass is a fiber reinforced polymer made of plastic reinforced by glass fibers, commonly woven into a mat. The plastic may be a thermosetting plastic- most often epoxy, polyester- or vinylester or a thermoplastic. The glass fibers are made of various types of glass depending upon the fiberglass use. These glasses all contain silica or silicate, with varying amounts of oxides of calcium, magnesium, and sometimes boron. Boron-containing fiberglasses consume half the global production of boron minerals, and are the largest commercial consumer of the element. Fiberglass is a strong lightweight material and is used for many products. Although itâ€™s not as strong and stiff as carbon fiber it is less brittle, and its raw materials are much cheaper. Its bulk strength and weight are also better than many metals, and it can be more readily molded into complex shapes. Applications of fiberglass include, aircraft, boats, automobiles, bath tubs and enclosures, hot tubs, septic tanks, water tanks, roofing, pipes, cladding, casts, surfboards, and external door skins.

4.3 Table of some common fiberglass types

Material

Specific gravity Tensile strength Compressive MPa (ksi) strength MPa (ksi)

Polyester resin (Not reinforced)[7]

1.28

55 (7.98)

140 (20.3)

Polyester and Chopped Strand Mat Laminate 30% E-glass[7]

1.4

100 (14.5)

150 (21.8)

Polyester and Woven Rovings Laminate 45% E-glass[7]

1.6

250 (36.3)

150 (21.8)

Polyester and Satin Weave Cloth Laminate 55% E-glass[7]

1.7

300 (43.5)

250 (36.3)

Polyester and Continuous Rovings Laminate 70% E-glass[7]

1.9

800 (116)

350 (50.8)

E-Glass Epoxy composite [8]

1.99

1,770 (257)

S-Glass Epoxy composite [8]

1.95

2,358 (342)

4.4 Fiberglass hand lay-up operation A release agent, usually in either wax or liquid form, is applied to the chosen mold to allow finished product to be cleanly removed from the mold. Resin—typically a 2-part polyester, vinyl or epoxy—is mixed with its hardener and applied to the surface. Sheets of fibreglass matting are laid into the mold, then more resin mixture is added using a brush or roller. The material must conform to the mold, and air must not be trapped between the fiberglass and the mold. Additional resin is applied and possibly additional sheets of fiberglass. Hand

pressure, vacuum or rollers are used to be sure the resin saturates and fully wets all layers, and that any air pockets are removed. The work must be done quickly, before the resin starts to cure, unless high temperature resins are used which will not cure until the part is warmed in an oven.[9] In some cases, the work is covered with plastic sheets and vacuum is drawn on the work to remove air bubbles and press the fiberglass to the shape of the mold.[10]

4.5 Fiberglass spray lay-up operation The fiberglass spray lay-up process is similar to the hand lay-up process, but differs in the application of the fiber and resin to the mold. Spray-up is an openmolding composites fabrication process where resin and reinforcements are sprayed onto a mold. The resin and glass may be applied separately or simultaneously

“chopped” in a combined stream from a chopper gun. Workers roll out the spray-up to compact the laminate. Wood, foam or other core material may then be added, and a secondary spray-up layer imbeds the core between the laminates. The part is then cured, cooled and removed from the reusable mold.

4.6 Materials Karmsund Maritime can produce in all type of composite materials such as: Resin • Polyester • Vinylester • Epoxy • Hybrids Reinforcement fibres • Glassfibre • Carbonfibre • Aramid Fibres • Other fibres Core Materials • Divinycell • Airex

We now serve 523 faithful customers in 62 countries in a time, cost and safety efficient way. â€“ Karmsund Maritime Group

Standards, conversion tables & factors

ABBREVATIONS USED: ASME American Society of Mechanical Engineers LTCS Low Temperature Carbon Steel API American Petroleum Institute MI Malleable cast Iron ASTM American Society For Testing and Materials ANSI American National Standards Institute KaMOP® Karmsund Maritime Offshore Production AS KaMOS® Karmsund Maritime Offshore Supply AS KaMVIET® Karmsund Maritime Vietnam Co., Ltd KaMSING® Karmsund Maritime Singapore Pte Ltd NACE National Association of Corrosion Engineers

5.1

Standards for gaskets and flanges 51 STANDARDS FOR RING JOINTS GASKETS USED WITH FLANGES

Ring Joint Gasket Style R

RTJ standard ANSI B 16.5

API 6A

ANSI B 16.47 Series A

ASME B 16.20 RX

Flange standard

ASME B 16.20

API 6A API 6A

MATERIALS The gasket material should be selected to suit the service conditions. It is always recommended that the gasket material be softer than the mating flanges. The more popular ring joint materials, with the recommended maximum hardness and identification as specified in API 6A are shown in the table below For more highly specialized applications ring joints can be machined from Duplex steels and other exotic materials such as Monel, Inconel, Incoloy and Hastelloy. As with all metallic joints, the re-use of ring joints is not recommended. During assembly and use, work hardening of the material occurs. With subsequent re-use, increased bolts loads are required to achieve similar sealing performance.

API 6B

API 6BX

Maximum Hardness for Ring Gaskets (ASME B16.20) Maximum Hardness Ring Gasket material

Brinell

Rockwell "B" Scale

Soft iron (1)

Low carbon steel

120

4-6 chrome 1/2 Mo

130

Type 410

170

Type 304

160

Type 316

160

Type 347

160

Note: (1) May be low-carbon steel, not to exceed maximum hardness of 90 Brinell - 56 Rockwell "B". Maximum hardness - according to ASME B16.20 / API 6A

ASME/ANSI B16.5 - Pipe flanges and flanged Fittings The ASME B16.5 pipe flanges and flange fittings standard covers pressure-temperature ratings, materials, dimensions, tolerances, marking, testing, and methods of designating openings for pipe flanges and flanged fittings. The standard includes flanges with rating class designations 150, 300, 400, 600, 900, 1500, and 2500 in sizes NPS 1/2 through NPS 24, with requirements given in both metric and U.S units. The Standard is limited to flanges and flanged fittings made from cast or forged materials, and blind flanges and certain reducing flanges made from cast, forged, or plate materials. Also included in this Standard are requirements and recommendations regarding flange bolting, flange gaskets, and flange joints.

ASME/ANSI B16.20 - metallic gaskets for pipe flanges-ring-joint, spiral-would, and jacketed This standard covers materials, dimensions, tolerances, and markings for metal ring-joint gaskets, spiral-wound metal gaskets, and metal jacketed gaskets and filler material. These gaskets are dimensionally suitable for used with flanges described in the reference flange standards ASME/ANSI B16.5, ASME B16.47, and API-6A. This standard covers spiral-wound metal gaskets and metal jacketed gaskets for use with raised face and flat face flanges. Replaces API-601 or API-601. ASME/ANSI B16.21 - nonmetallic flat gaskets for pipe flanges This standard for nonmetallic flat gaskets for bolted flanged joints in piping includes: (a) types and sizes; (b) materials; (c) dimensions and allowable tolerances

ASME/ANSI B16.47 - large diameter steel flanges: NPS 26 through NPS 60 This Standard covers pressure-temperature ratings, materials, dimensions, tolerances, marking, and testing for pipe flanges in sizes NPS 26 through NPS 60 and in ratings Classes 75, 150,0300, 400, 600, and 900. Flanges may be cast, forged, or plate (for blind flanges only) materials. Requirements and recommendations regarding bolting and gaskets are also included. API 6B A term applied to API Spec 6A flanges which have ring grooves dimensioned to accept R or RX ring gaskets. API originally specified these flanges in API STD. 6 B. R or RX appears in the prefix of the numbered ring gaskets which fit 6 B flanges API 6 BX A term applied to API Spec 6A flanges which have ring grooves dimensioned to accept BX ring gaskets. API originally specified these flanges in API STD. 6 BX. BX appears in the prefix of the numbered ring gaskets which fit 6 BX flanges. American Petroleum Institute API is a leader in the development of petroleum and petrochemical equipment and operating standards covering topics that range from drill bits to environmental protection. These embrace proven, sound engineering and operating practices and safe, interchangeable equipment and materials. Many have been incorporated into state and federal regulations and adopted by ISO for worldwide acceptance. ASTM American Society for Testing and Materials. An organization providing a vast array of specifications for test methods and materials, frequently referenced by other standards organizations.

Notes: (1) Manufacturer may use a code number to indicate date of manufacture.

RING GASKET MARKING All Marking Cold Stamped on OD Date of manufacture (1) Manufacturers name or logo

(2) No distinctive marking required on R ring gaskets to differentiate oval or octagonal.

Ring gasket type and number (2) Material:

Mark:

Soft iron

D-4

Low-carbon steel

S-4

304 Stainless steel

S-304-4

316 Stainless steel

S-316-4

Marking for ring gaskets - according to API 6A PLS 4

Other materials on request

Nom. Dia.

API 6A

ANSI

ISO

150# PN20

1/2"

1" 1 1/4" 1 1/2" 2" 2 1/2" 3" 3 1/2" 4" 5" 6" 8" 10" 12" 14" 16" 18" 20" 22" 24" 26" 28" 30" 32" 34"

15 20 25 32 40 50 65 80 100 125 150 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850

R-15 R-17 R-19 R-22 R-25 R-29 R-33 R-36 R-40 R-43 R-48 R-52 R-56 R-59 R-64 R-68 R-72 R-80 R-76

36"

900

3/4"

3/600# PN50100 R-11 R-13 R-16 R-18 R-20 R-23 R-26 R-31 R-34 R-37 R-41 R-45 R-49 R-53 R-57 R-61 R-65 R-69 R-73 R-81 R-77

900# PN150

1500# PN250

2500# PN420

Nom. Dia

R-12 R-14 R-16 R-18 R-20 R-24 R-27 R-31 R-34 R-37 R-41 R-45 R-49 R-53 R-57 R-62 R-66 R-70 R-74

R-12 R-14 R-16 R-18 R-20 R-24 R-27 R-35 R-39 R-44 R-46 R-50 R-54 R-58 R-63 R-67 R-71 R-75

R-13 R-16 R-18 R-21 R-23 R-26 R-28 R-32 R-38 R-42 R-47 R-51 R-55 R-60

1 3/8" 1 13/16" 2 1/16" 2 9/16" 3 1/8" 4 1/16" 4 1/16" x 4 1/4" 5 1/8" 7 1/16" 9" 11" 13 5/8" 16 3/4" 21 1/4"

R-78 R-100 R-101 R-102 R-103 R-104

R-79

R-105

Segmented

Type 6B Flanges 2000#

3000#

5000#

RX / R-23 RX / R-26 RX / R-31 RX / R-37

RX / R-24 RX / R-27 RX / R-31 RX / R-37

RX / R-24 RX / R-27 RX / R-35 RX / R-39

RX / R-41 RX / R-45 RX / R-49 RX / R-53 RX / R-57 RX / R-65 RX / R-73

RX / R-41 RX / R-45 RX / R-49 RX / R-53 RX / R-57 RX / R-66 RX / R-74

RX / R-44 RX / R-46 RX / R-50 RX / R-54

Flanges for dual completion 5000# RX-201 RX-205 RX-20 RX-210 RX-25 RX-215 RX-215

API 6A BX Nom. dia.

1 13/16" 2 1/16" 2 9/16" 3 1/16" 4 1/16" 5 1/8" 7 1/16" 9" 11" 13 5/8" 16 3/4" 18 3/4" 21 1/4" 26 3/4" 30"

2000#

3000#

5000#

10000#

15000#

20000#

BX-151 BX-152 BX-153 BX-154 BX-155

BX-160 BX-162 BX-163 BX-165

BX-151 BX-152 BX-153 BX-154 BX-155 BX-169 BX-156 BX-157 BX-158 BX-159 BX-162 BX-164 BX-166

BX-156 BX-157 BX-158 BX-159

BX-164

BX-167 BX-168 BX-303 BX-303

5.2

Various conversion factors

Convert from

Multiply By

Inverse

PRESSURE

Convert from

atmosphere

pascal (Pa)

1.013 25

E+05

9.869 23

E-06

(normal-760

mm Hg (0°C)

7.600 000*

E+02

1.315 789

E-03

feet water (4°C)

3.389 95

E+01

2.949 90

E-02

psi

1.469 60

E+01

6.804 60

E-02

bar

1.013 25

E+00

9.869 23

E-01

pound-force

pascal (Pa)

1.000 000*

E+05

1.000 000*

E-05

LENGTH

mm Hg)

bar

Multiply By

Inverse

dyne kilogram-force

newton (N)

1.000000*

E-05

1.000000*

E+05

pound-force

2.248089

E-06

4.448222

E+05

newton (N)

9.806650*

E+00

1.019716

E-01

pound-force

2.204622

E+00

4.535924

E-01

newton (N)

4.448222

E+00

2.248089

E-01

psi

1.450 377

E+01

6.894 757

E-02

angstrom

meter (m)

1.000000*

E-10

1.000000*

E+10

centimeter of Hg

pascal (Pa)

1.332 22

E+03

7.500 64

E-04

centimeter

meter (m)

1.000000*

E-02

1.000000*

E+02

(0°C)

psi

1.933 67

E-01

5.171 51

E+00

foot

meter (m)

3.048000*

E-01

3.280840

E+00

dyne/centimeter2

pascal (Pa)

1.000 000*

E-01

1.000 000*

E+01

centimeter

3.048000*

E+01

3.280840

E-02

psi

1.450 377

E-05

6.894 757

E+04

meter (m)

2.540000*

E-02

3.937008

E+01

pascal (Pa)

2.988 98

E+3

3.345 62

E-04

centimeter

2.540000*

E+00

3.937008

E-01

bar

4.355 15

E-01

2.306 73

E+00

meter (m)

1.000000*

E-06

1.000000*

E+06

meter (m)

1.609344*

E+03

6.213712

E-04

foot

5.280000*

E+03

1.893939

E-04

feet of water (4°C)

inch micron

psi

FORCE

kilogram-force/

pascal (Pa)

9.806 650*

E+04

1.019 716

E-05

mile (U.S. statue)

centimeter2

bar

9.806 650*

E-01

1.019 716

E+00

MASS

psi

1.422 334

E+01

7.030 695

E-02

gram-mass

kilogram (kg)

1.000000*

E-03

1.000000*

E-03

psi

pascal (Pa)

6.894 757

E+03

1.450 377

E-04

ounce-mass (av)

kilogram (kg)

2.834952

E-02

3.527397

E+01

ksi

pascal (Pa)

6.984 8

E+06

1.450

E-07

gram

2.834952

E+01

3.527397

E-02

kilogram (kg)

4.5350237*

E-01

2.204623

E+00

ounce-mass

1.600000*

E+01

6.250000*

E-02

kilogram (kg)

1.459390

E+01

6.852178

E-02

pound-mass

3.217405

E+01

3.108095

E-02

kilogram (kg)

9.071 847

E+02

1.102311

E-03

pound-mass

2.000000*

E+03

5.000000*

E-04

kilogram (kg)

1.016047

E+03

9.842064

E-04

pound-mass

2.240000*

E+03

4.464.286

E-04

AREA acre darcy

foot2

hectare mile2

pound-mass meter2 (m2)

4.046856

E+03

2.471 054

E-04

foot

4.356000*

E+04

2.295684

E-05

meter2 (m2)

9.86923

E-13

1.01325

E+12

centimeter2 (cm2)

9.86923

E-09

1.01325

E+08

micrometer (µm)

9.869.23

E-01

1.01325

E+00

millidarcy

1.000000*

E+03

1.000000*

E-03

cm2 • cp • sec-1 • atm-1

1.000000*

E+00

1.000000*

E+00

meter2 (m2)

9.290304*

E-02

1.076391

E+01

ton (metric)

kilogram (kg)

1.000000*

E+03

1.000000*

E-03

centimeter

9.290304*

E+02

1.076391

E-03

tonne

kilogram (kg)

1.000000*

E+03

1.000000*

E-03

inch

1.440000*

E+02

6.944444

E-03 E-04

pound-mass/foot3

ton (U.S. short) ton (U.S. long)

meter2 (m2)

1.000000*

E+04

1.000000*

acre

2.471 054

E+00

4.046856

E-01

meter2 (m2)

2.589988

E+06

3.861 022

E-07

acre

6.400000*

E+02

1.562500*

E-03

kilogram/meter3 (kg m-3)

1.000000*

E+03

1.000000*

E-03

degree Fahrenheit

kelvin

TK = (TF + 459.67)/1.8

pound-mass/foot3

6.242797

E+01

1.601 846

E-02

degree Rankine

kelvin

TK = TR/1.8

pound-mass/gallon

8.345405

E+00

1.198264

E-01

degree Fahrenheit

degree Rankine

TR = TF + 459.67

pound-mass/barrel

3.505070

E+02

2.853010

E-03

degree Fahrenheit

degree Celsius

kilogram/meter3 (kg m-3)

1.601 846

E+01

6.242797

E-02

TC = (TF - 32)/1.8

degree Celsius

kelvin

pound-mass/gallon

1.336805

E-01

7.480520

E-00

TK = TC + 273.15

DENSITY gram/centimeter3

slug

Temperature Scale Conversions * To convert

Solve

* The SI standard, the kelvin (K), is defined so the triple point of water is 273.16K

pound-mass/barrel

5614.583

E+00

1.781 076

E-01

pound-mass/

kilogram/meter3 (kg m-3)

1.198264

E+02

8.345406

E-03

gallon

common) temperature unit is the degree Celsius, °C: the common oilfield unit is the

pound-mass/barrel

4.200000

E+01

2.380 952

E-02

degree Fahrenheit, °F.

exactly. The SI temperature symbol is written K without a degree symbol. The cgs (and

5.3

Steel conversions

Section Forgings Carbon steel for piping components

Seamless carbon steel pipe for hightemperature service

ASME (ASTM) Spec.

Grade

SA-105

SA-106

Symbol

DIN

Symbol

SF 50

G 3201

SF 50

D3710

SF 50

G 3201

SF 50PV

D3710

SF 45

G 3201

SF 45

D3752

SF 30C

G 40511

SF 30C

D3752

SF 25C

G 4051

SF 25C

D 3564

SPPH 38

G 3455

STS38

DIN 1629 St 35.4

D 3570

SPHT 38-S

G 3456

STPT 38-S

DIN 17175 St 35.8

D 3564

SPPH 42

G 3455

STS 42

DIN 1629 St 45.4

D 3570

SPHT 42-S

G 3456

STPT 42-S

DIN 17175 St 45.8

D 3564

SPPH 49

G 3455

STS 49

DIN 1629 St 52.4 SEW 610-17Mn4 SEW 610-19Mn5

D 3570

SPHT 49-S

G 3456

STPT 49-S

DIN 17175 St 45.8 SEW 610-17Mn4 SEW 610-19Mn5

D 4110

SFHV 12B

G 3213

SFHV 12B

SEW 550 22Mo4

D 4110

SFHV 13B

G 3213

SFHV 13S

SEW 620 12CrMo44 SEW 620 13CrMo44

D 4110

SFHV 25

G 3213

SFHV 25

VaTUVWb1.1207-12CrMo19

D 4110

STS 26B

G 3213

SFHV 26B

Wat-Nr1.7388-12CrMo91

F 11

D 4110

STS 23B

G 3213

SFHV 23B

SEW 810-12CrMo44

F 12

D 4110

STS 22B

G 3213

SFHV 22B

F 22

D 4110

STS 24B

G 3213

SFHV 24B

SEW 810-10CrMo910

F 304

D 3214

STS 304

G 3214

SUSF 804

SEW 880-5CrMo1810 SEW 17440-2CrMo1812

F 304H

D 3214

STS 304H

G3214

SUSF 804H

F 304L

D 3214

STS 304L

G 3214

SUSF 804L

F 310

D 3214

STS 301

G 3214

SUSF 810

F 316

D 3214

STS 316

G 3214

SUSF 816

F 316H

D 3214

STS 2316H

G 3214

SUSF 816H

F 316L

D 3214

STS 316L

G 3214

SUSF 816L

F 321

D 3214

STS 321

G 3214

SUSF 821

F 321H

D 3214

STS 321H

G 3214

SUSF 821H

F 347H

D 3214

STS 347

G 3214

SUSF 847

F 347H

D 3214

STS 347H

G 3214

SUSF 847H

Gr. B5

D 3755

SNB 5

G 4107

SNB 5

Gr. B7

D 3755

SNB 7

G 4107

SNB 7

Gr. B16

D 3755

SNB 16

G 4107

SNB 16

DIN 17240-21CrMoV55

Gr. 2H

D 3752

SM 45C

G 4051

S 45C

DIN 17100 St 50-2

Gr. 3

D 3755

SNB 5

G 4107

SNB 5

Gr. 4

DIN 17240-24 CrMo5

Gr. A Gr. B

SA-182

JIS ST'D Number

D3710

Gr. C

Forged or rolled steel pipe flanges, Forged fittings, and valves and parts for hightemperature service.

KS ST'D Number

SEW 620 15Mo3

SEW 810-13CrMo44 SEW 810-12CrMo44 SEW 810-13CrMo44

DIN 17440-2CrNi189 DIN 17440-5CrNiMo1810 DIN 17440-5CrNiMo1812 DIN 17440-2CrNiMo1810 DIN 17440-2CrNiMo1812 DIN 17440-10CrNiMo189 SEW 680-10CrNiMo1810 DIN 17740-10CrNiMo189 SEW 680-10CrNiMo1810

Alloy-steel and stainless steel bolting materials for high-temperature service

SA-193

Carbon and alloy steel nuts for high pressure and high temperature

SA-194

SEW 870-8CrNiMo1518 DIN 17240-24CrMo5

Section Carbon steel castings suitable for fusion welding for hightemperature service

ASME (ASTM) Spec. SA-216

Grade Gr. WCA

KS ST'D Number

JIS Symbol

ST'D Number

DIN

Symbol

D 4101

SC 42

G 5101

SC 42

DIN 1681 GS-38

D 4106

SCW 42

G 5102

SCW 42

DIN 1681 GS-38.5

D 4107

SCPH 1

G 5151

SCPH 1

DIN 1681 GS-38 DIN 1681 GS-45 DIN 17245 GS-C25

Gr. WCB

D 4101

SC 49

G 5101

SC 42

DIN 1681 GS-52

D 4106

SCW 49

G 5102

SCW 49

DIN 1681 GS-45.3

D 4107

SCPH 2

G 5151

SCPH 2

DIN 1681 GS-52

D 4106

SCW 49

G 5102

SCW 49

DIN 1681 GS-45.3

D 4107

SCPH 2

G 5151

SCPH 2

DIN 1681 GS-52

Gr. WC1

D 4107

SCPH 11

G 5151

SCPH 11

DIN 17245 GS-22Mo4

Gr. WC6

D 4107

SCPH 21

G 5151

SCPH 21

DIN 17245 GS-17CrMo55

Gr. WC9

D 4107

SCPH 32

G 5151

SCPH 32

SEW 595 GS-12CrMo910

Gr. C5

D 4107

SCPH 61

G 5151

SCPH 61

SEW 595 GS-12CrMo195

Gr. C12

D 4107

SCPH 61

G 5151

SCPH 61

Type 302

D 3705

STS 302

G 4304

SUS 302

Type 304

D 3705

STS 304

G 4304

SUS 304

Type 304L

D 3705

STS 304L

G 4304

SUS 304L

Type 309S

D 3705

STS 309S

G 4304

SUS 309S

Type 310S

D 3705

STS 310S

G 4304

SUS 310S

Type 316

D 3705

STS 316

G 4304

SUS 316

Type 316L

D 3705

STS 316L

G 4304

SUS 316L

Type 321

D 3705

STS 321

G 4304

SUS 321

Type 347

D 3705

STS 347

G 4304

SUS 347

DIN 17440 10CrNiTi189

Type 405

D 3705

STS 405

G 4304

SUS 405

DIN 17440 7CrAl 13

Type 410

D 3705

STS 410

G 4304

SUS 410

DIN 17440 10Cr 13

Type 429

D 3705

STS 429

G 4304

SUS 429

Type 430

D 3705

STS 430

G 4304

SUS 430

DIN 17440 8Cr 17

Gr. C

D 3503

SB 41

G 3101

SS 41

DIN 17100 USt 37-1

Gr. D

D 3503

SB 41

G 3101

SS 41

DIN 17100 USt 42-1

Gr. B

D 3560

SBB 35

G 3103

SB 35

Gr. C

D 3560

SBB 42

G 3103

SB 42

DIN 17155 H11

Gr. B

D 3503

SM 42

G 3101

SS 41

(B) DIN 267 B1. 3-4. 6

D 3752

SM 25C

G 4051

S 25C

DIN 17245 GS-C25 Gr. WCC

DIN 17245 GS-C25

Martensitic stainless steel and alloy steel casting for pressure containing parts suitable for high-temperature service

SA-217

SEW 595 GS-12CrMo101 SEW 595 GS-12CrMo195 SEW 595 GS-12CrMo101

Chromium and chromium-nickel stainless steel plate, sheet, and strip for fusion-welded unfired pressure vessels.

SA-240

SEW 680 5CrNi 1810 DIN 17440 5CrNi 189 DIN 17440 2CrNi 189

DIN 17440 5CrNiMo1812 DIN 17440 5CrNiMo1810 DIN 17440 7CrNiMo1812 DIN 17440 7CrNiMo1810 DIN 17440 10CrNiTi1810 SEW 880 10CrNiTi1810

Low and intermediatetensile strength carbon steel plates of structural

SA-283

Low and intermediatetensile strength carbon steel plates for pressure vessels

SA-285

Cow carbon steel externally and internally threaded standard fasteners

SA-307

(N) DIN 257 B1. 4-5 (B) DIN 267 B1. 35-6 DIN 17240 C 35, CK35 (N) DIN 267 B1. 45 DIN 17100 St 50-2

Section Seamless and welded austenitic stainless steel pipe

ASME (ASTM) Spec. SA-312

KS ST'D Number

Grade

JIS Symbol

ST'D Number

DIN

Symbol

Gr. TP 304

D 3576

STS 304TP

G 3459

SUS 304TP

DIN 2462 5CrNi 18 9

Gr. TP 304H

D 3576

STS 304HTP

G 3459

SUS 304HTP

Gr. TP 304L

D 3576

STS 304LTP

G 3459

SUS 304LTP

Gr. TP 309

D 3576

STS 309TP

G 3459

SUS 309TP

Gr. TP 310

D 3576

STS 310STP

G 3459

SUS 310STP

Gr. TP 316

D 3576

STS 310STP

G 3459

SUS 316TP

Gr. TP 316H

D 3576

STS 316TP

G 3459

SUS 316HTP

Gr. TP 316L

D 3576

STS 316HTP

G 3459

SUS 316LTP

Gr. TP 321

D 3576

STS 321TP

G 3459

SUS 321TP

Gr. TP 321H

D 3576

STS 321HTP

G 3459

SUS 321HTP

Gr. TP 347

D 3576

STS 347TP

G 3459

SUS 347TP

Gr. TP 347H

D 3576

STS 347HTP

G 3459

SUS 347HTP

DIN 2462 10CrNiNb 13 9

Gr. B8

D 3706

STS 304B

G 4303

SUS 304B

DIN 267 A2 SEW 650 5CrNi 18 10

Gr. B8C

D 3706

STS 347B

G 4303

SUS 347B

SEW 680 10CrNiNb 18 10

Gr. B8M

D 3706

STS 316B

G 4303

SUS 316B

DIN 267 A4

Gr. B8T

D 3706

STS 321B

G 4303

SUS 321B

SEW 680 10CrNiTi 18 10

Type 1

D 3752

SM 35C

G 4051

S 35C

(B) DIN 267 Bi 35.6

SEW 680 5CrNi 18 10 DIN 2463 2CrNi 18 9

DIN 2462 5CrNiMo 18 10 DIN 2462 5CrNiMo 18 12 DIN 2462 2CrNiMo 18 10 DIN 2462 2 CrNiMo 18 12 SEW 680 10CrNiTi 18 10 DIN 2462 10CrNiTi 18 9 DIN 2462 10CrNiNb 13 10 SEW 680 10CrNiNb 18 9 SEW 670 3CrNiNb 16 13

Alloy steel bolting materials for lowtemperature service

SA-320

High-strength bolts for structural steel joints, including suitable nuts and plain hardened washers

SA-325

Austenitic steel castings for high-temperature service

SA-351

DIN 17240 C45 DIN 17240 CK 45 (N) DIN 17100 St Gr. CF3

D 4103

SSC 19,-CF

G 5121

SCS 19,-CF

Gr. CF3M

D 4103

SSC 15,-CF

G 5121

SCS 15,-CF

DIN 1591 GG-15

Gr. CF8

D 4103

SSC 13,-CF

G 5121

SCS 13,-CF

Gr. CF8C

D 4103

SSC 21,-CF

G 5121

SCS 21,-CF

Gr. 12Cl. 2

G 4109

SCMV2NT

DIN 17155 13CrMo44

Gr. 12Cl.1

G 4109

SCMV5A

VdTUVWb1.1207-12CrMo19 5

Gr. 21Cl. 2

G 4109

SCMV5NT

VdTUVWb1.1207-12CrMo19 5

Gr. 22Cl. 1

G 4109

SCMV4A

VdTUVWb1130-12CrMo9 10

Gr. 22Cl. 2

G 4109

SCMV4NT

VdTUVWb1.110-12CrMo9 10

Gr. 55

D 3560

SBB 35

G 3103

SBB 35

DIN 17155 H11

Gr. 60

D 3560

SBB 42

G 3103

SBB 42

DIN 17155 H11

Gr. 65

D 3560

SBB 46

G 3103

SBB 46

DIN 17155 H111, 17Mn4

Gr. 70

D 3560

SBB 49

G 3103

SBB 49

DIN 17155 19Mn5,

C 51000

D 5506

PBS1/PBT1

H 3110

C 5101P

D 5506

PBS1/PBT1

H 3110

C 5101R

D 5506

PBS3/PBT3

H 3110

C 5212P

DIN 17662-CuSn8

D 5506

PBS3/PBT3

H 3110

C 5212R

SEW 595-70G 8CrNi 18 10 DIN 17445G 6CrMo 18 9 SEW 595-70G 8CrNiMo 18 10 DIN 17445G 6CrMoNi 18 18

carbon steel plates for pressure vessels for intermediate and highertemperature service

SA-515

phosphor bronze plate, sheet, strip, and rolled bar

SB-103

VdTUVWb 1.373 WB23

C 52100

DIN 17670-CuSn8 DIN 17662-CuSn8 DIN 17670-CuSn8

The Karmsund products have been in the market since 1989 - and are now used worldwide.

Karmsund Maritime Group references - a selection

A SELECTION: * ** ***

KaMOS Portable Valve Actuator KaMOS RTJ gasket KaMOS Kammprofil gasket Used subsea

ANGOLA * ExxonMobil / Hyundai Heavy Industries Ltd. ** Total E&P Angola ARGENTINA * Ackron S.A * Total Austral S.A AUSTRALIA A.J. Lucas Testing Pty. Ltd IMEX parts & Equipment Pty Ltd * Keamy Engineering Astraulia Tty. Ltd. * Novus Sealing Pty Ltd * Tamboritha Consultants Pte Ltd *** Technip Subsea 7 Asia Pacific Pty Ltd TRINKOR Pty Ltd *** Saipem **/*** Woodside Energy Ltd Woodside Offshore Petroleum AZERBAIJAN Azerbaijan Int. Operating Co. Bakond TTM BP Group * BJ Services Company Middle East MST Ltd BRAZIL Petrobras BRUNEI ** Swiber Offshore Construction Pte * Total E&P Borneo BURMA Premium Petroleum Myanmar Ltd. CANADA AMEC Black & McDonald Ltd. Canadian Petro int. * CFF */** CNR International */** Hydraulic Systems Ltd Petro Canada * Piping Component Specialities */** Husky Oil Operations Limited Suncor Energy Vetco Gray Canada Inc. CONGO * Friedlander Groupe Ortec */** Total E&P Congo CROATIA */** Saipem S.p.A DENMARK /* ** AP Møller Dril- Quip (Europe) Ltd. Hess Denmark AS Hytor as Mærsk Olie og Gas AS Score Danmark Semco Maritime A/S Statoil AS, Danmark Valtor Offshore AS EGYPT /* Belayim Petroleum Company */**/*** Burullus Gas Company (Technip France) ** Enppi - Eng. for the petroleum and process ind. ** GUPCO - Gulf of suez petroleum company * Micoperi S.r.l /* Pharaonic Petroleum Company S.A.E * Saipem MISR */** Saipem UK (Sonsub Division) FRANCE * 2L Distribution /* Acergy West Africa Berhelot SAS Doris Engineering ERFI France Flow Control Technologies

* Friedlander Groupe Ortec Logitrade SAS */** Ponticelli Frères Shell France */ *** Technip France GERMANY Deutsche BP Miro Wilhelm Feldmann, Druckluft Hydaulik GmbH&Co. HONG KONG * Offtech International Limited INDIA Enron Oil & Gas Ltd. */*** Leighton Contractorss PVT Ltd Terra Consultant IRAN * E.N.I. SAIPEM/Hyundai Eng. & Constr. Co., Ltd. */** Pars Mosamam Middle East Eng. Co. Ltd * Petrofac Pars */*** Tavan Gashta Int’l (TGI) TOTAL IRELAND Aughinish Alumina Ltd. INDONESIA */** BP Indonesia */** CAPE Resources Indonesia, P.T. */*** J Ray McDermott **/*** Kaliraia Sari P.T ** P.T Distributor Komponen Utama * PT. Gunanusa * PT Miltra Galperti */*** PT. Mitra PFP Utama * PT Nippon Steel Construction Indonesia * PT Offshore Services Indonesia */*** PT. Techip Indonesia */*** PT. Petrosea TBK * Secular Engineering & Construction Pte Ltd * Timas Suplindo, P.T */** Total E&P Indonesia ITALY * Breda Energia S.p.A Cam Engineered Valves Voghera Cam Flow Control - Voghera Dresser Italia S.r.l G.P.A. SPA * Micoperi S.r.l PERAR A.p.A/ T.R.P. S.r.l. Petrol Valves Srl. Piemme Broker Rotork Gears s.r.l */** Saipem S.p.A Valvitalia S.p.A ** Viar Piping Srl KAZAKHSTAN * Karachaganak Petroleum Operating B.V. KOREA */** Hyundai Heavy Ind. Ltd. LG Engineering & Construction Dong- A * Samsung Heavy Industries Co Ltd. KUWAIT Hyundai Engineering & Construction Co., Ltd * Hyundai Heavy Industries, Ltd MALAYSIA *** Agenda Suria SDN BHD *** Binary Trading SDN BHD */*** Construction And Piling Equipment Sdn Bhd */*** Crosscom Sdn Bhd * Cape Group Pte Ltd * Custom Industrial Suppliers Sdn Bhd * Dexcel SDN BHD * Global Offshore Malaysia Sdn Bhd */*** J Ray McDermott * Swiber Offshore Marine MEXICO Diamond Offshore Co. * Tallares Navales del Golfo, S.A. De C.V. MYANMAR Total E&P Myanmar NIGERIA Felpet Nigeria Ltd

Hermes Oil and Gas Ltd Total Upstream Nigeria Limited NORWAY ABB Service * Acergy Norway AS /* Advanced Production and Loading AS Aibel Haugesund Aker Maritime Aker Stord AS, Melkøya AS Maskin Bjørge Offshore /*/** BP Norge AS * Cam Surface SYS - Bergen * Cameron Norge AS * Cecon ASA /*/** ConocoPhillips Petroleum Company UK ConocoPhillips Skandinavia AS /*/** ConocoPhillips UK Limited ED Trading AS Elf Petroleum Norge AS EnerMech AS Esso Norge AS ExxonMobil Exploration and Production * FMC Kongsberg Subsea AS Golar- Nor Offshore Halliburton (Norway) Inc. Hydro Agri Porsgrunn Hydro Polymers AS, Rafnes Hymaco Mask. Service Ineos Norge AS, Rafnes /* Industrikonsult AS John Dahle AS * Kongsberg Offshore AS ** Krentak A/S Kværner Installasjon Linde Engineering Maskinconsult Maskinforetningen THV. Christensen AS Maskin K. Lund, Oslo Mento AS Mærsk Contractors Norge AS Mærsk Drilling Norge AS National Oilwell Varco Naturkraft AS NLI Asker Subsea Norsk Hydro Produksjon Noretyl AS Oddfjell Offshore * Oceaneering AS PGS Phillips Petroleum Co. */ *** Plugging Specialists int. AS Procon Drilling Service Progress AS Rogaland Jernvare AS Saipem S.P.A. Saga Petroleum ASA */** Score AS * Score Norway AS Seawell Norge AS (Seadrill Offshore AS) */** SFF A/S * Skude Industri Smedvig Offshore AS /* Statoil Petroleum AS Stavanger Maskin & Verktøylager * Subsea 7 Talisman Energy Tess Møre AS /* Tess Vest AS Tools AS Maskin Versanor AS Vestec AS, Randaberg VM- Alliansen II DA (Sørco) OMAN Oman LNG LLC, Sultanata of Oman PHILLIPPINES * Cape Group Pte Ltd * GALOC Production Company *** Rubicon Offshore Shell Phillippines PORTUGAL Saipem (Portugal)

Comercio Maritimo LDA QATAR Doha Motors & Tranding Co. * Dolphin Energy Ltd National Oil Distr. Co. * Qatar Engg.& Constr. Co. WLL (QCON) Qatar Liquified Gas Co. Ltd RasGas Company Limited Salam Petroleum Services ROMANIA Grup Servicii SA RUSSIA Sakhalin Energy Investment Company LTD. SAUDI ARABIA Al Abdulkarim Holding Company Al- Gubil Petro Chemical Co. Saudi Arabia * MMG SINGAPORE * Beta South East Asia Pte Ltd */**/*** CAPE Group Pte Ltd */** Construction and Piling equip. Ltd. Pte. * Econosto Singapore Pte Ltd */** Franklin Offshore International Pte. FWP (Forster Wheeler/WorleyParson JV) */*** Global Industries Asia Pacific Pte Ltd Goltens Trading & eng. PTE Ltd. * JW Macs pte ltd Nippon Steel Engineering Co.,Ltd */*** Prosafe * PT Mitra Galperti * Rubicon Offshore International Pte., Ltd Sembawang Marine & Offshore Eng. ** Total SOUTH AFRICA Zy-Tech Valvestock Africa (PTY) Ltd SPAIN * Saipem S.P.A Sucursal en Espana SWEDEN Preem AB SWITZERLAND * Allseas Engineering BV * Allseas Marine Contractors SA Protrack Shipping Ltd Single Buoy Moorings Ind. TAIWAN Triplex Engineering & Trade Co.Ltd THAILAND Amerada Hess Limited /*/** Cape Industrial Co., Ltd. Chevron Thailand Exploration and Production * Chevron Offshore Thailand * Clough Thailand * Construction and Piling Equip. Ltd /*/** CUEL Limited * CUEL SWIBER * Pearl Oil Thailand Ltd. * PTTEP- Thailand * S. A. Petrotech Co Ltd */*** Saipem ** Thai Nippon Steel Engineering & Constr. Corp. * UNOCAL Thailand Ltd. THE NETHERLANDS Bluestream Subsea Services B.V. CK Agencies B.V. Colido BV * Eriks ** Frames Energy Systems B.V. * IPS- Trade ** Iv-Oil & Gas Netherland Art Olie ROSEN Europe B.V. Rotork Gears B.V * Stork Industry services Noordwest ** Stork Industry services tav SSC TRINIDAD AND TOBAGO * The National Gas Comp. of Trinidad and Tobago Ltd TUNISIA */** BG Tunisia /* Saipem S.A. Tunisie UAE

*/ ** ABB Lummus Global B.V. Abu Dhabi Industrial Supply Bhatia Brothers * CAPE Group, Abu Dhabi * Hyundai Eng. & Contriction Co. Ltd. */** Hyundai Heavy Industries Co Ltd. J. Ray McDermott Middle East Inc. * Pan Europe Industrial Equipments LLC * RAMPCO International (R.I.T.S) * Total Fina Elf Wadi Masila Trading LLC USA * Beta International Inc. BW Offshore Conoco, INC DRC International Inc. * ESSO Exploration Angola (Block 15) Ltd. Global Marine Int’l Drilling Corp. * Helix Energy Solutions JPC International /* Kellogg Brown & Root INC Magnet, INC */** PM International Supplies, LLC * Pneumatic and Hydraulic Public Service Co. Of New Mexico * Suternational Inc. Transcoastal Marine Services TransEast Co Veritas DGC * Wilson Supply UK * A&B Welding Aberdeen Tool Rental Ltd * Acergy UK Limited Adanac Valve Specialities Ltd. Air Tools Northern ** AKD Engineering */** Alba Gaskets Limited Alba Hydraflow Ltd. AMEC Capital Projects Ltd. AMEC Group Ltd AMEC Process & Energy * AMEC Services Ltd. Amerada Hess Ltd. Amoco (UK) Expl. Co. Ltd. Banbury Export Services Ltd. * Barrier (Offshore) Engineering Ltd * BEL Valves BG Storage (EAS) * BG Tunisia BHP Biliton Petroleum Ltd. /*/** Bibby Offshore Limites * BJ Process & Pipeline Services BPAmoco */** BP Exploration /*/** BP Exploration Oper. Comp. Ltd. Bridge Ind. Supplies Ltd. Bush & Hickman Ltd. */** Cansco Greig Engineering Ltd */ ** Centrica Easington */** Centrica Storage Ltd *** Chevron * Compass Oilfield Supply Company Ltd. * Conoco (UK) Ltd. ** ConocoPhillips UK */** Conoco Phillips Ltd (GB) /* Craig International Supplies Ltd. Crosby Valve & Eng. Div. Denholm Valvecare Ltd. Donline Ltd. ** Dron & Dickson Ltd Econosto UK Ltd Express Welding Supplies Expro North Sea Ltd. ExxonMobil Chemical Ltd. ExxonMobil Chemical Olefins Inc. */** Equipment Supply Euremica Limited */** Flexilife */** Flexitallic Ltd., Scotland Foster Wheeler Energy Ltd., Glasgow * Global Pipe Components (GPC House) Global Marine Int’l Drilling Corp.

/** GOT Ltd * GPC House Gtcgroup * Halliburton ** Halliburton KBR HSP (Aberdeen) Ltd. Hyundai Engineering & Construction Co. Ltd., UK * IKM Testing Ltd. * John Bell Pipeline * J. Ray McDermott KCA Drilling Ltd. */** Klinger Ltd. */** Klinger Ltd Aberdeen ** Klinger Ltd Bradford Kværner Oil & Gas Ltd. * London Fittings and Flange */** Loughborough University/ BP Exploration ** Lloyd & Jones Engineers Ltd. Marathon Oil * Marine Logistics Limited MB Air Systems * Mentor Subsea Tech. Mobil North Sea LLC. Mobil North Sea Ltd. Motherwell Bridge Air System Ltd. National Oilwell Ltd UK National Oilwell Varco UK Ltd * Norse Limited /* Norson Power Ltd. */** Norson Services Ltd. Nova Oilfield Services * Novus Sealing Limited */** ODE Operations Divisjon Offshore Products International Limited ** O.I.L Engineering Ltd * On Line Design & Engineering Ltd */** Perenco UK * Peterson SBS Ltd * Petrofac * Petrology Ltd. PGS Atlantic Power Ltd. */** Pipefit Supplies Ltd. Phillips Petroleum Company (UK) Ltd. Procurement Services Ltd. /*/** PSL Energy Services Ltd Qserv R & M Electrical group * Richard Irvin & Sons Ltd. ** Richard Irvin Supplies & Distribtution */** Saipem UK (Sonsub Division) * Schlumberger Oilfiold UK Plc /* Score (Europe) Ltd. * Sealex Limited Severn Unival Ltd. */** Shell UK Ltd /*/** Shell (UK) Expl. & Prod. */** Stats Group, Stats House * Stolt Offshore, Aberdeen /* Subsea 7 /*/** Talisman Energy * Tecflo Energy Services Ltd. */*** Technip UK Ltd */**/*** Technip Offshore UK Ltd. Tekmar (UK) Ltd Texaco North Sea (UK), Ltd. Tool & Engineering Services Ltd */** Total E&P UK Plc /*/** Total E&P UK Ltd * Total Fina Elf Exploration UK Plc Total Oil Marine Plc. Tyco Fire & Intergrated Solutions Ltd Wesco Sourcing and Procurement Service /*/** Wood Group Eng. (North Sea) SINCOR VIETNAM */*** Cape Group Ltd. Hoan Vu Joint Operating Company * Southern Petroleum Const’n J.S Co * SWG Offshore International Pte Ltd YEMEN Canadian Occiental Petroleum Yemen Yemen LNG Company Ltd

Karmsund Maritime Group AS Contact details

NORWAY Karmsund Maritime Offshore Supply AS Post address: P.O.Box 484, N-4291 Kopervik NORWAY Sales office Visit/delivery address: Austre Karmøyveg 76, N-4250 Kopervik NORWAY Tel: +47 52 84 43 40 • Fax: +47 52 84 43 41 offshore@kamos.no • www.kamos.no Karmsund Maritime Offshore Production AS Post address: P.O.Box 233, N-4066 Stavanger NORWAY Sales office Fabrikkveien, N-4033 Stavanger NORWAY Tel: +47 47 46 78 42 sales@kamop.no • www.kamop.no Workshop Visit / Delivery address: Vollsøytoppen 4, N-4180 Kvitsøy NORWAY Tel: +47 51 73 64 00 • Fax: +47 51 73 64 01 production@kamop.no • www.kamop.no ASIA - SINGAPORE Karmsund Maritime Singapore PTE LTD Visit/delivery address: 1 Tanglin Road #04-19, Orchard Parade Hotel, Singapore 247905 Tel: +65 6737 3096 • Fax: +65 6737 3097 sales@kamsing.no • www.kamsing.no

VIETNAM Karmsund Maritime VIETNAM Co.,Ltd Visit/delivery address: Lot E11, Suoi Dau Industrial Zone Cam Lam district, Khanh Hoa province, VIETNAM Tel: +84 58 37 44 207 • Fax: +84 58 37 44 209 production@kamviet.no • www.kamviet.no THAILAND Paps Thailand / Bangkok office Pipeline & Piling Services Co Ltd 26 Soi Chaloem Phrakiat Rama 9 Soi 2 Sukhumvit 103 Road Nongbon, Pravet, Bangkok 10250 THAILAND Tel: +(66) 02-745-9348 to 51 Tel: +(66) 02-745-9397 to 8 Fax: +(66) 02-399-0908 Paps Thailand / Head office Pipeline & Piling Services Co Ltd (Eastern Seaboard) 267/235 Muangmai Mabtapud T. Mabtapud, Muang, Rayong 21150 THAILAND Tel: +(66) 038-608370 to 1 Fax: +(66) 038-608372 www.paps-thailand.com NEW FOUNDLAND/LABRADOR PM International Suppliers, LLC 51 Saganoa Avenue, Unit 5 Mt. Pearl, Newfoundland A1N 4P9 CANADA Tel: +1 709 747-7705 • Fax: +1 709 747-5505 Sales office: 601 Mid-Florida Drive Lakeland, Florida 33813 Tel: +1 863 644 6300 Tollfree: +1 877 717 6300 Fax: +1 863 644 0023 info@pmfirst.com • www.pmfirst.com

For the latest information and updates on KaMOS KaMOP® Products and solutions visit our web site at: