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Acoustic panels

Acoustic and decorative panels


Manufacturers of acoustic and decorative panel systems for interior architecture since 1982. Decustik designs and manufactures acoustic and decorative panels for walls, ceilings and furniture for auditoriums, theatres, restaurants, hotels, and all kind of interior projects with specific technical and design requirements. Comfort criteria and building regulations stipulate an optimum reverberation coefficient for every kind of space, which is measured in seconds. This coefficient corresponds to the time taken by a sound to decay. Reverberation is the constant, irritating echo that makes it difficult to communicate and reduces the level of acoustic comfort. Reverberation can be controlled through the correct use of our products. Our technical team is at your disposal to study and define the solution that best suits the basic requirements of your project. The acoustic behaviour of a room can have an influence on the comfort, performance and quality of a space. This is why it is worth analysing the acoustics of a space and taking appropriate measures.


D+ System Grooved acoustic panels page 04

PAP System Perforated acoustic panels page 14

PAR System Slotted acoustic panels page 22

MICRO System Microperforated acoustic panels page 28

Installing systems and finishes page 34


D+ System Grooved acoustic panels

Grooved acoustic panels supplied in the form of modular slats, with special sound absorption characteristics and excellent installation results.

Acoustic wall D+001 slats | Grooved 28/4 | White melamine 4


5


Acoustic ceiling D+002 slats | Grooved 14/2 | Beech wood veneer

D+007 | Grooved 29/3 | Oak melamine 6 6


D+007 | Grooved 29/3 | Oak melamine

D+ special 61/3 | White melamine 77


D+007 | Grooved 29/3 | Steemed Beech melamine

D+007 | Grooved 29/3 | White lacquered 8


D+007_00 | Grooved 29/3 | White melamine 9


D+002 square format | Grooved 14/2 | Beech wood veneer

D+007 | Grooved 29/3 | Beech melamine over black MDF + Degrafik image 10 10


D+002 | Grooved 14/2 | Straight grain Natural Oak wood veneer

D+001 | Grooved 28/4 | Maple wood veneer 11 11


D+ System Grooved slat system. Excellent acoustic properties. Attractive and modern design. Easy installation. For walls and ceilings.

Dimensions: standard slats measure 2430x128 mm and 16 mm thick. This same grooved design can also be manufactured on panels of 2400x1200, 2400x600, 1200x1200, 1200x600, 600x600 and other special dimensions.

Installation system: various installation possibilities over wooden battens or metal profiles, with clips or directly attached to the structure. In order to obtain an optimum absorption coefficient, it is necessary to leave a space of at least 30 mm between the back of the panels and the wall, filled with mineral fibre with a density between 30 and 40 kg/m3.

Materials and finishes: manufactured on MDF, our panels can be finished with a wide range of wood veneer species, RAL or NCS lacquers, laminates or melamine designs. The acoustic panels can also be produced with coloured fibreboard or plywood boards. We also supply accessories to improve the finishes of installations (decorative panels, skirting boards, corner pieces, trims, etc.).

Images on D+: we can reproduce images and personalised patterns on the grooved panels by changing the thickness of the machined lines, with highly personalised decorative results.

Important: on walls with light-coloured wood finishes such as Maple, Beech or light-toned lacquered finishes, it is recommended to use D+002, D+007 and D+009 models in order to avoid undesirable optical effects.

12


D+001 CHARACTERISTICS Groove

DIMENSIONS

Hole diameter

10 mm

Spacing

16 mm

Perforated area Thickness Class

ACOUSTICS

28 / 4

4

7,6 % 16 mm 28

C

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,75

PLENUM

16

200 mm αw 0,70

D+002 DIMENSIONS

CHARACTERISTICS Groove

14 / 2

Hole diameter

10 mm

Spacing

16 mm

Perforated area Thickness Class

ACOUSTICS

2

7,7 % 16 mm A

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

14

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,9

PLENUM

16

200 mm αw 0,9

D+003 CHARACTERISTICS Groove

DIMENSIONS 13 / 3

Hole diameter

10 mm

Spacing

16 mm

Perforated area

11,5 %

Thickness

16 mm

Class

ACOUSTICS

3

A

13

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

16

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,95

PLENUM

200 mm αw 0,9

D+004 DIMENSIONS

CHARACTERISTICS Groove Hole diameter

10 mm

Spacing

32 mm

Perforated area Thickness Class

ACOUSTICS

9/2

2

5,2 % 16 mm C

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

9

125 Hz

32

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,6

PLENUM

200 mm αw 0,6

D+007 DIMENSIONS

CHARACTERISTICS Groove

29 / 3

Hole diameter

8 mm

Spacing Perforated area Thickness Class

ACOUSTICS

16 mm

3

4,7 % 16 mm 29

C

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,6

PLENUM

16

200 mm αw 0,6

D+009 CHARACTERISTICS

DIMENSIONS

Groove

19,3 / 2

Hole diameter

10 mm

Spacing

16 mm

Perforated area Thickness Class

ACOUSTICS

6,2 %

2

16 mm 19,3

C

*More models available on our website: www.decustik.com

16

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0 PLENUM

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,75

200 mm αw 0,75

13


PAP System Perforated acoustic panels

Perforated acoustic panels in sizes and formats for walls and ceilings.

PAP018 | Ă˜ 8 mm pitch 16 mm | WenguĂŠ wood veneer 14


15


PAP035 | Ø 5 mm pitch 32 mm | Beech wood veneer

PAP018 | Ø 8 mm pitch 16 mm | Maple wood veneer 16


PAP018 | Ø 8 mm pitch 16 mm | Maple wood veneer 17 17


Degrafik model Bubbles | Ă˜ from 3 to 10 mm pitch 16 mm | White melamine over black MDF

PAP028 | Ă˜ 8 mm pitch 16 mm staggered | Decorative laminate | White decorative panel SOLC X2 above 18


Degrafik model Bubbles | Ă˜ from 3 to 10 mm pitch 16 mm | White melamine over black MDF

PAP028 | Ă˜ 8 mm pitch 16 mm staggered | Decorative laminate 19


PAP System Perforated acoustic panel system. Good acoustic absorption. Large range of perforation options. The level of acoustic absorption varies according to the type of perforation.

Dimensions: the standard dimensions are 2400x1200, 2400x600, 2400x300, 1200x600 and 600x600, with a thickness of 16 and 12 mm. In general, a thickness of 16 mm is used on walls for greater strength and 12 mm on ceilings to reduce weight.

Installation systems: different mounting posibilities for both walls and ceilings. For walls, we generally use hanging profile systems attached behind the panels and with perimetral grooves and tongues to facilitate installation. For ceilings, we manufacture our panels adapted to all hanging systems existing on the market.

Materials and finishes: manufactured on MDF, our panels can be finished with a wide range of wood veneer species, RAL or NCS lacquers, laminates or melamine designs. The acoustic panels can also be produced with coloured fibreboard or plywood boards.

Perforation characteristics: the most common perforation diameters are 5 and 8 mm, with a pitch spacing of 16 or 32 mm, either aligned or staggered. They can also be made with a double diameter (different diameters on each face). Perforation can be personalised, turning an image into a pattern of perforations of different diameters.

Designs: the whole panel or just a part of it can be perforated. Special machining can be performed to integrate luminaires and other equipment.

20


PAP015 CHARACTERISTICS Hole diameter Spacing

DIMENSIONS

ACOUSTICS

5 mm 16 x 16 mm aligned

Perforated area

7%

Thickness

12 mm / 16 mm

Class

D

16

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

16

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,25

PLENUM

200 mm αw 0,3

PAP018 DIMENSIONS

CHARACTERISTICS Hole diameter Pas

ACOUSTICS

8 mm 16 x 16 mm aligned

Perforated area

19,6 %

Thickness

12 mm / 16 mm

Class

C

16

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,55

PLENUM

16

200 mm αw 0,6

PAP028 CHARACTERISTICS Hole diameter Spacing

DIMENSIONS

ACOUSTICS

8 mm 16 x 16 mm staggered

Perforated area

32

19,6 %

Thickness

12 mm / 16 mm

Class

C/D

16

8

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

16

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,5

PLENUM

200 mm αw 0,6

PAP038 DIMENSIONS

CHARACTERISTICS Hole diameter Spacing

ACOUSTICS

8 mm 32 x 32 mm aligned

Perforated area

4,9 %

Thickness

12 mm / 16 mm

Class

E

32

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,20

PLENUM

32

200 mm αw 0,20

PAP110 DIMENSIONS

CHARACTERISTICS Hole diameter Spacing

ACOUSTICS

10 mm 16 x 16 mm aligned

Perforated area Thickness Class

30,6 % 12 mm / 16 mm B

16

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,8

PLENUM

16

200 mm αw 0,8

PAP003 CHARACTERISTICS Hole diameter Spacing Perforated area Thickness Class

DIMENSIONS

ACOUSTICS

3 mm 8 x 8 mm aligned 11 % 12 mm / 16 mm D

8

8

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

PLENUM

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,35

200 mm αw 0,4

*More models available on our website: www.decustik.com 21


PAR System Slotted acoustic panels

Slotted acoustic panels with different designs, also in sizes and formats for walls and ceilings.

PAR068 | Slotted 60 mm Ă˜ 8 mm pitch 40x35 mm | White lacquered 22


23


PAR068 | Slotted 60 mm Ă˜ 8 mm pitch 40x35 mm | Oak melamine

PAR068 | Slotted 60 mm Ă˜ 8 mm pitch 40x35 mm | Beech melamine 24


PAR068 | Slotted 60 mm Ă˜ 8 mm pitch 40x35 mm | Oak melamine 25


PAR System

Slotted acoustic panels with different designs, also in sizes and formats for walls and ceilings.

Dimensions: the standard dimensions are 2400x1200, 2400x600, 2400x300, 1200x600 and 600x600, with a thickness of 16 and 12 mm. In general, a thickness of 16 mm is used on walls for greater strength and 12 mm on ceilings to reduce the weight.

Installation systems: different mounting posibilities for both walls and ceilings. For walls, we generally use hanging profile systems attached behind the panels and with perimetral grooves and tongues to facilitate installation. For ceilings, we manufacture our panels adapted to all hanging systems existing on the market.

Materials and finishes: manufactured on MDF, our panels can be finished with a wide range of wood veneer species, RAL or NCS lacquers, laminates or melamine designs. The acoustic panels can also be produced with coloured fibreboard or plywood boards.

Perforation diameters and distances: the most commonly used perforations are 8 mm slots 60 mm in length, spaced every 20 or 40 mm.

Designs: we can put slots in the whole panel or leave parts without slots, and create unperforated perimeter or central areas. Special machining can be performed to integrate luminaires and other equipment.

26


PAR046 CHARACTERISTICS Slot Spacing

DIMENSIONS

ACOUSTICS

45 mm x 6 diam. 20 x 45 mm aligned

Perforated area

19,7 %

Thickness

12 mm / 16 mm

Class

6

C/D

20

15

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,55

PLENUM

45

200 mm αw 0,6

PAR058 CHARACTERISTICS Slot Spacing

DIMENSIONS

ACOUSTICS

60 mm x 8 diam. 20 x 35 mm aligned

Perforated area

21,8 %

Thickness

16 mm

Class

8

C

20

35

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,6

PLENUM

60

200 mm αw 0,7

PAR068 CHARACTERISTICS Slot Spacing

DIMENSIONS

ACOUSTICS

60 mm x 8 diam. 40 x 35 mm aligned

Perforated area

10,9 %

Thickness

16 mm

Class

8

20

D

35

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

125 Hz

60

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,35

PLENUM

200 mm αw 0,35

PAR078 DIMENSIONS

CHARACTERISTICS Slot Spacing Perforated area Thickness Class

ACOUSTICS

60 mm x 8 diam. 40 x 35 mm staggered 8

10,5 % 12 mm / 16 mm

40

D

35

60

1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0 PLENUM

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,55

200 mm αw 0,60

27


MICRO System Microperforated acoustic panels

Invisible acoustics for public spaces, auditoriums and offices. Decustik’s microperforated wood panels offer a high degree of acoustic absorption and a wide range of finishes.

MICRO 05_01 | Ă˜ 0,5 mm pitch 2,7 mm | Oak wood veneer 28


29


MICRO 05_01 | Ø 0,5 mm pitch 2,7 mm | Oak wood veneer

MICRO 05_01 | Ø 0,5 mm pitch 2,7 mm | Walnut wood veneer 30

30


MICRO 05_01 | Ø 0,5 mm pitch 2,7 mm | Oak wood veneer Lorem ipsum | Lorem ipsum 31


MICRO System Microperforated acoustic panel system. Excellent acoustic absorption for public spaces, auditoriums and offices, with perforations that are almost invisible. Wide range of finishes in wood, lacquer or melamine. Dimensions: the standard dimensions are 2400x600, 1200x600 and 600x600, with a thickness of 16 mm. Special dimensions on request.

Installation systems: various mounting options for walls and ceilings. The panels can be nailed or glued directly on to wood battens, or using specific mounting profiles. For ceilings, we manufacture our panels adapted to all hanging systems existing on the market. In order to obtain an optimum absorption coefficient, it is necessary to leave a space of at least 30 mm between the back of the panels and the wall, filled with mineral fibre with a density between 30 and 40 kg/m3.

Materials and finishes: manufactured on MDF, our panels can be finished with a wide range of wood veneer species, RAL or NCS lacquers, laminates or melamine designs.

Perforations: practically invisible perforations. Microperforations of 0,5 mm spaced every 2,7 mm and 137.000 perforations per square metre. We can also supply the same type of panel with or without perforations according to the acoustic needs of each space.

32


MICRO 05_01 CHARACTERISTICS

DIMENSIONS 0,5 mm

Hole depth

0,7 mm

Spacing

ACOUSTICS 1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

7 2,

Hole diameter

2,7 x 2,7 mm staggered

Perforated area

Ø0,5

2,7 %

Thickness

16 mm

Class

7

2,

B

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 50 mm αw 0,85

PLENUM

200 mm αw 0,8

MICRO 10 DIMENSIONS

CHARACTERISTICS Hole diameter

ACOUSTICS 1,0 0,9 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,1 0

1 mm

Hole depth

0,7 mm

Spacing

3,8 x 3,8 mm aligned

Perforated area

3,8

5,4 %

1

Ø

16 mm

Class

3,8

Thickness

B

125 Hz

250 Hz 500 Hz 1000 Hz 2000 Hz 4000 Hz 40 mm αw 0,80

PLENUM

200 mm αw 0,80

Acoustic absorption certificates LGAI Technological Center, S.A. Campus de la UAB Ronda de la Font del Carme, s/n E - 08193 BELLATERRA (Barcelona) T +34 93 567 20 00 F +34 93 567 20 01 www.applus.com

Rapport d’essai nº: 16/11661-571

9/LE766

Rapport d’essai nº: 16/11661-571

Page numéro: 11

Bellaterra:

16/11661-571

Demandeur:

MECANITZATS DE LA FUSTA KIM, S.L

MECANITZATS DE LA FUSTA KIM, S.L

Coeff. abs. acoustique, αs

Éprouvette testé: Revêtement de murs/plafonds composé par panneau acoustique micro-perforé DECUSTIK MICRO_05_01, plénum 50 mm et laine minérale.

C/ Llevant, 2 – Pol. Ind. Mas Les Vinyes 08570 Torelló (Barcelona)

Fréq. (Hz)

Date d’essai: 15 mars 2016

RAPPORT D’ESSAI

160

0,52 0,58 0,68

315

0,75

0,9

400

0,76

0,8

500

0,5 0,4 0,3 0,2 0,1

15 mars 2016

5000

4000

3150

2500

2000

800

Hz

Coefficient d’absorption acoustique pratique, α p

1

Date de l’essai:

1600

630

DECUSTIK MICRO_05_01, plénum 50 mm et laine minérale

1250

500

1000

400

315

250

200

160

100

125

0

murs/plafonds composé par panneau acoustique micro-perforé

0,9 0,7

Xavier Roviralta (Laboratoire d’Acoustique - LGAI Technological Center)

0,82

1000

0,82

1250

0,85

1600

0,91

2000

0,96

2500

0,99

3150

0,95

4000

0,83

5000

0,67

0,6

Fréq. (Hz)

αp

0,5

100

0,35

0,4

250

0,65

0,3

500

0,80

1000

0,85

2000

0,95

4000

0,80

0,2

ENSAYO REALIZADO POR:

0,78

800

Coeff. d’absorption acoustique pratique, αP

0,8

Essai réalisé par:

0,79

630

0,6

norme UNE-EN ISO 354:2004 d’une éprouvette de revêtement de

0,26 0,33

250

0,7

Mesurage de l’absorption acoustique en salle réverbérante, selon la

αs

100 125 200

Coefficient d'absorption acoustique, α S

1

Le présent document est une traduction du rapport d'essai en espagnol 16/11661-571, et est réalisé le 26 avril 2016. En cas de litige, la version espagnole est le document valide.

Essai demandé:

9/LE766

Mesurage de l’absorption acoustique selon UNE-EN ISO 354:2004

26 avril 2016

Rapport d’essai numéro:

Page numéro: 13

ANNEXE 2. INFORMATION TECHNIQUE FOURNI PAR LE DEMANDEUR

9.- RÉSULTATS

Coeff. Abs. Ref. dépl.

0,1 0 125

250

500

1000

2000

4000

Hz

Xavier Roviralta Responsable Technique d’Acoustique LGAI Technological Center S.A.

Indice d’absorption acoustique pondéré, αW = 0,85

Garantie de qualité de service

Classe d’abs. acoustique: B

Est vivement recommandé d’utiliser l’indice d’évaluation unique (αw) en combinaison avec la courbe du coefficient d’absorption acoustique complète.

Applus+ garantit que ce travail a été réalisé dans le cadre de ce qui est exigé par notre Système de Qualité et de Durabilité, les conditions contractuelles et la norme légale ayant été respectées. Dans le cadre de notre programme d’amélioration, nous vous remercions de bien vouloir nous faire part de tout commentaire jugé opportun, en vous adressant au responsable qui signe ce document ou bien au Directeur de Qualité de Applus+, à l’adresse suivante: satisfaccion.cliente@appluscorp.com

Les résultats font exclusivement référence aux mesures prises sur l’échantillon, le produit ou le matériel remis à LGAI Technological Center le jour mentionné et testé dans les conditions indiquées dans ce document.

La reproduction du présent document est uniquement autorisée si elle est effectuée dans sa totalité. Seuls les rapports revêtus d’une signature originale ou leurs copies certifiées conformes sont légalement valables. Ce document se compose de 15 pages dont 4 sont des annexes. - page 1 -

LGAI Technological Center, S.A. inscrita en el Registro Mercantil de Barcelona, Tomo 35.803, Folio 1, Hoja nº B-266.627 Inscripción 1ª CIF A-63207492



LGAI Technological Center, S.A. Campus UAB Ronda de la Font del Carme, s/n E - 08193 Bellaterra (Barcelona) T +34 93 567 20 00 F +34 93 567 20 01 www.applus.com

      

 

  

  

24th of November 2010 MECANITZATS DE LA FUSTA KIM, S.L. C/ Sant Isidre, nº 2 08570 Torelló (Barcelona)



     

 

   

 

  

 



Bellaterra:

24th of November 2010

Petitioner reference:

MECANITZATS DE LA FUSTA KIM, S.L. C/ Sant Isidre, nº 2 08570 Torelló (Barcelona)

SUMMARY OF RESULTS: (The complete results are contained in the original test report 10/102036-2332 available to the petitioner)

αp :

Freq. (Hz)

125

250

500

1000

2000

4000

αp

0,65

0,65

0,65

0,70

0,70

0,70

Weighted sound absorption coefficient, αw = 0,70 Sound absorption class: C

Xavier Roviralta Technical Manager of Acoustics LGAI Technological Center S.A. 1. This document has traceability with the report in possession of the client with file number and date coincident with this report. 2. The results reported in this document relate only to the sample, product or item tested by the Laboratory, as established in the test specimen description and under the established conditions in the appointed document. Applus+ guarantees that this work has been made in accordance with our Quality and Sustainability System, fulfilling the contractual conditions and legal norms. Within our improvement program we would be grateful if you would send us any commentary that you consider opportune, to the person in charge who signs this document, or to the Quality Manager of Applus+, in the following e-mail address: satisfaccion.cliente@appluscorp.com

                    

 

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SUMMARY OF RESULTS:

αp :

Freq. (Hz)

125

250

500

1000

2000

4000

αp

0,40

0,70

0,80

0,75

0,65

0,65

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Sound absorption class: C

   

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  

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Xavier Roviralta Technical Manager of Acoustics LGAI Technological Center S.A. 1. This document has traceability with the report in possession of the client with file number and date coincident with this report. 2. The results reported in this document relate only to the sample, product or item tested by the Laboratory, as established in the test specimen description and under the established conditions in the appointed document. Applus+ guarantees that this work has been made in accordance with our Quality and Sustainability System, fulfilling the contractual conditions and legal norms. Within our improvement program we would be grateful if you would send us any commentary that you consider opportune, to the person in charge who signs this document, or to the Quality Manager of Applus+, in the following e-mail address: satisfaccion.cliente@appluscorp.com

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 

  

 

 

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Bellaterra:

24th of November 2010

Petitioner reference:

MECANITZATS DE LA FUSTA KIM, S.L. C/ Sant Isidre, nº 2 08570 Torelló (Barcelona)

Date of test:

5th of November 2010

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Measurement of the sound absorption in a reverberation room, in conformity with the standard UNE-EN ISO 354:2004, of a sample of slotted and perforated wooden panels D+007 with an air gap of 50 mm with mineral wool of 40 mm and 21 Kg/m3 inside SUMMARY OF RESULTS: (The complete results are contained in the original test report 10/102036-2339 available to the petitioner) Practical sound absorption coefficient,

αp :

Freq. (Hz)

125

250

500

1000

2000

4000

αp

0,40

0,65

0,65

0,60

0,55

0,55

Weighted sound absorption coefficient, αw = 0,60

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Sound absorption class: C

Firmado digitalmente por Francisco Javier Costa Guallar

  

                              

Nº 9/LE766

REQUESTED TEST

α           

10/102036-2339-S

The present document is a translation of the Spanish simplified test certificate 10/102036-2339-S. In the case of dispute, the valid is the Spanish version. Translation issued on: 20th of January 2015.

  

Firmado digitalmente por Francisco Javier Costa

Guallar  

                          

 

 

(The complete results are contained in the original test report 10/102036-2336 available to the petitioner) Practical sound absorption coefficient,



     

Nº 9/LE766

Measurement of the sound absorption in a reverberation room, in conformity with the standard UNE-EN ISO 354:2004, of a sample of slotted and perforated wooden panels D+001 with an air gap of 50 mm with mineral wool of 40 mm and 21 Kg/m3 inside

Weighted sound absorption coefficient, αw = 0,75

          

  

 



REQUESTED TEST

α

SIMPLIFIED TEST CERTIFICATE

  

5th of November 2010

Date of test:



 

10/102036-2336-S

The present document is a translation of the Spanish simplified test certificate 10/102036-2336-S. In the case of dispute, the valid is the Spanish version. Translation issued on: 21st of January 2015.

  

Nº 9/LE766

3rd of November 2010

Measurement of the sound absorption in a reverberation room, in conformity with the standard UNE-EN ISO 354:2004, of a sample of slotted and perforated wooden panels D+001 with an air gap of 200 mm with mineral wool of 40 mm and 21 Kg/m3 inside



LGAI TECHNOLOGICAL CENTER, S.A. C.I.F A-



REQUESTED TEST

Practical sound absorption coefficient,

 

LGAI TECHNOLOGICAL CENTER, S.A. C.I.F A-

Bellaterra: Petitioner reference:

Date of test:

SIMPLIFIED TEST CERTIFICATE

10/102036-2332-S

The present document is a translation of the Spanish simplified test certificate 10/102036-2332-S. In the case of dispute, the valid is the Spanish version. Translation issued on: 21st of January 2015.

LGAI Technological Center, S.A. Campus UAB Ronda de la Font del Carme, s/n E - 08193 Bellaterra (Barcelona) T +34 93 567 20 00 F +34 93 567 20 01 www.applus.com

  



SIMPLIFIED TEST CERTIFICATE



      

  

LGAI TECHNOLOGICAL CENTER, S.A. C.I.F A-

 LGAI Technological Center, S.A. Campus UAB Ronda de la Font del Carme, s/n E - 08193 Bellaterra (Barcelona) T +34 93 567 20 00 F +34 93 567 20 01 www.applus.com

Xavier Roviralta Technical Manager of Acoustics LGAI Technological Center S.A. 1. This document has traceability with the report in possession of the client with file number and date coincident with this report. 2. The results reported in this document relate only to the sample, product or item tested by the Laboratory, as established in the test specimen description and under the established conditions in the appointed document. Applus+ guarantees that this work has been made in accordance with our Quality and Sustainability System, fulfilling the contractual conditions and legal norms. Within our improvement program we would be grateful if you would send us any commentary that you consider opportune, to the person in charge who signs this document, or to the Quality Manager of Applus+, in the following e-mail address: satisfaccion.cliente@appluscorp.com

*More information on our website: www.decustik.com

33


Installing systems and finishes

Our panels can be personalised in shapes, materials and finishes, and adapted to a wide variety of hanging systems.

Bespoke acoustic islands | Cherry wood veneer | Malta Parliament 34


35


Conditions for installation Transportation boxes must be stored in a horizontal position and opened in a dry environment. Panels must be handled with care, avoiding impacts and scratches. Before installation boxes must be opened and panels must be positioned in the space where they are to be fitted for three to seven days, to become acclimatised to the humidity and temperature of the building. These are wood products, so the dimensions of the panels may change up to 1 mm per linear metre according humidity ambient conditions. Our panels have to be installed after all other work has been completed, in enclosed spaces, and when the humidity and temperature conditions correspond to those in which the panels will be used. Once installation has been completed, no work can be carried out that notably increases the degree of humidity of the premises. Most importantly, work involving concrete and gypsum must have been completed beforehand, so that these materials are dry. The panels must be fitted in strict accordance with the recommendations.

Recommendations for installation The wood veneered panels are manufactured from natural wood. Since these are natural products, neither their exact colour nor the uniformity of their appearance can be guaranteed. For the best results, we recommend to follow these steps: 1. Make the entire order so it arrives as one consignment. 2. Unpack all the panels before beginning to fit them. 3. Group the panels together in zones according to their colour and uniformity of appearance. Furthermore, we would highly recommend ordering some additional panels to solve problems of unevenness of colour and possible accidents when they are fitted. If a subsequent additional order is made, it will be very difficult to obtain the same shade and texture of natural wood.

36


Installation systems Ceiling tiles installation (1,2 m)

(1,2 m)

(1,2 m) (0,6 m)

Panel with visible or semi-concealed profile

T24 Semi-concealed

T15 Semi-concealed

T24 V6 Removable concealed with groove of 6 mm

T24 Visible

T15 Fine line

T profile for wall mounting

Aluminium profile

Structural wall

Wood batten

37


Wall installation for D+ grooved slats with Omega profile or wood batten

A - Straight edge B - Loose-tongued joint C - Tongue and groove

Start clip on Omega profile

Standard clip on Omega profile

Start clip on batten

Standard clip on batten

Lateral frame Wood batten Structural wall

Omega profile

Structural wall

STANDARD CLIP

Wood batten

STANDARD CLIP

STANDARD CLIP

START CLIP

STANDARD CLIP

START CLIP

Place a wood batten every 600 mm. Screw starting clip. Leave 5 mm to avoid direct contact from floor and humidity

On Omega profile, one in every four clips has to be screwed

Lateral frame

Ceiling installation for D+ grooved slats with standard T24 profiles (1,2 m)

(0,6 m)

(0,6 m) (1,2 m)

T24 profile standard grid

38

Ceiling installation for D+ with T24 profile


Corners and skirting boards For walls with D+ grooved slats

Corner piece

Corner piece of variable size

Tongueless slat with rear slot

Lateral frame of variable size

Grooveless slat with rear slot

Skirting boards Structural wall

Wood batten

5 mm

STANDARD CLIP

START CLIP

Important notice: leave 5 mm to avoid direct contact from floor and humidity.

Skirting board slat

39


Materials and finishes Our manufacturing system allows us to create acoustic panels for walls and ceilings with a wide variety of materials and finishes to best suit the requirements of each project. Most of our panels are manufactured with interior fibreboard or MDF panels, which can be fire-resistant or waterproof. We also frequently use coloured MDF, and especially black MDF core, in order to obtain a greater contrast with surface finishes. Plywood panels are used for greater dimensional stability or design purposes. Our panels can be finished with a wide range of wood veneer species, RAL or NCS lacquers, laminates or melamine designs. We always work with high end manufacturers that meet the highest standards of quality and safety.

MDF wood panel

Coloured wood fibre panel

Plywood panel

Wood veneer

Decorative laminates from the principal manufacturers

Coloured lacquers as per RAL and NCS cards

40


Wood veneer

MAP.R Maple wood veneer cathedral grain

FBL.R White beech wood venee cathedral grain

FBU.L Steamed beech wood veneer straight grain

REU.L European oak wood veneer straight grain

BAMBOO Vertical caramel

CIR.R Cherry wood veneer cathedral grain

NAM.R American walnut wood veneer cathedral grain

WEP.L Wenge wood veneer straight grain (reconstituted wood)

MAPLE 012 Maple melamine

HAYA 012 Beech melamine

HAYA 016 Steamed beech melamine

CEREZO 018 Cherry wood melamine

ROBLE 012 Oak melamine

WENGUE 012 Wenge melamine

BLANCO 012 White melamine

ALUMINIO 012 Aluminium melamine

Melamine

*The products shown in this catalogue are printed photographic reproductions, so the products themselves may present variations in colour. Therefore, this catalogue –although the products shown are very true to life– is for illustrative purposes only. We reserve the right to make modifications to our products. We avoid any responsibility for errors due to printing mistakes. 41


Difusion Momentum, Victoriaville - Canada | Bombardier, Montréal - Canada | Ministère de l’Agriculture, Paris - France | Sheikh Jaber Al Ahmad Cultural Centre, Kuwait | Michelin Campus RDI, Ladoux - France | École de danse des Mureaux, département 78, France | Banco de España, Madrid - Spain | Ministère de la Défense, Paris - France | University Mohamed VI, Benguerir - Morocco | Escola Mistral, Barcelona - Spain | Auditori Santa Clara, Vic - Spain | Confedilizia Italia, Presidenza - Italy | Selex Finmeccanica, Roma - Italy | Ristorante La Langosteria, Milano - Italy | Aule nuovo Polo Scolastico Balloi, Cagliari - Italy | Boutique Lacoste, Barcelona - Spain | Malta Parliament, Malta | Hong Kong University, Hong Kong | KSAUHS University, Riyadh - Saudi Arabia | ABBA Hotel, Berlin - Germany | Google offices, Madrid - Spain | Hall Hotel Rey Juan Carlos I, Barcelona - Spain | Sala vídeo conferencia BBVA, Madrid - Spain | Sala vídeo conferencia BBVA, Ciudad de México México | Sede central ENAGAS, Madrid - Spain | Sala control aéreo, Roma - Italia | Edificio Residencial Universidad, Vic - Spain | Hotel Alhambra, Sta. Susanna - Spain | Oficinas Idiada Applus, Sta. Oliva - Spain | Oficinas Inditex, A Coruña - Spain | Hall oficinas Pierre Fabre, Barcelona - Spain | Teatro colegio Lourdes, Valladolid - Spain | Hotel Royal Tulip, Tánger Marruecos | Centro convenciones, Akure - Nigeria | Telefónica auditorium, Barcelona Spain | Boutiques Sabon, France | Phosphates du Maroc auditorium, Morocco | Louis Vuitton shop, Barcelona - Spain | Las Llamas auditorium, Santander - Spain | Teresa Pàmies Library, Barcelona - Spain | El Ejido auditorium, Almería - Spain | Sevilla Convention center, Sevilla Spain | Hotel Meliá, Torremolinos - Spain | Banco Sabadell main offices, St. Cugat del Vallès - Spain | Hesperia Hotel, L’Hospitalet del Llobregat - Spain | Barcelona aerial control, Barcelona - Spain | California cinema, Madrid - Spain | Estadio Santiago Bernabéu, Madrid - Spain | Sala de prensa Futbol Club Barcelona, Barcelona - Spain | Auditorio Hotel Blancafort, La Garriga, Barcelona - Spain | Universitat Jaume Primer, Castelló - Spain | Chilena Consolidada - Grupo Zurich, Santiago - Chile | Aerogare do Aeroporto Internacional, Gabão - Portugal | Centro Materno Infantil do Norte, Porto - Portugal | Convention Center, Ondo State - Nigeria | Ministère de l’agriculture, Paris - France | Lar de Lordemão, Portugal | Lar Residencial “O Telhadinho”, Portugal | Centro Reabilitação do Norte, Portugal | Centro Saúde de Arraiolos, Portugal | Cartier shop, Barcelona - Spain | Middle East Airlines - Training Center, Beirut - Lebanon | Booz Allen Hamilton, Beirut - Lebanon | Université Saint Esprit Kaslik Medical Center, Byblos - Lebanon | Estudios Tele Madrid, Madrid - España | Bolsa de Madrid, Madrid - España | Castell de Peratallada, Girona - España | Castell de Vallmoll, Tarragona - España | Arròs i Peix, Barcelona - España | Arròs i Peix, Platja d’Aro - España | Oficinas Gas Natural, Barcelona - España | Oficinas Gas Natural, Madrid - España | Fachada HPL Restaurante Tagliatella, Terrassa, Barcelona - España

D+006 | Grooved 5/3 | Maple wood veneer | Le Carré 150 - Victoriaville cultural center - Quebec - Canada 42


43


Pol. Ind. Mas les Vinyes C/ Llevant, 2 ­ 08570 Torelló (Barcelona) T (+34) 93 859 08 38 comercial@decustik.com www.decustik.com

Decustik is a registered trademark of Mecanitzats de la fusta Kim, S.L. Due to the high customization of our products the information described in this documentation may suffer variations.

DECUSTIK ACOUSTIC PANELS CATALOG REV OCT 2018 / UK

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Catalog decustik acoustic panels - English  

Catalog decustik acoustic panels - English  

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