Issuu on Google+

Product:

Multi-element Standard Solution

Lot N: R42710

Art.No.: 2647.1

As 1mg/l; Be 1mg/l; Bi 1mg/l; Ca 1mg/l; Cd 1mg/l; Co 1mg/l; Cr 1mg/l; Cu Composition: 1mg/l; Fe 1mg/l; Li 1mg/l; Mg 1mg/l; Mn 1mg/l; Mo 1mg/l; Ni 1mg/l; Pb

Matrix: 5% HNO3

1mg/l; Sb 1mg/l; Se 1mg/l; Sr 1mg/l; Ti 1mg/l; Tl 1mg/l; V 1mg/l; Zn 1mg/l;

Element

Certified Value and uncertainty (mg/l)*

As

1.002 ± 0.007

Starting Material Purity

LOT Number Starting Solution

Traceability

As 99.9999%

10/[10] : As[As] : 2N : T- : 5 : G08-02

NIST SRM 3103a Lot N 010713

BeO 99.95%

10/[10] : Be[BeO] : 5N1F : T- : 5 : G02-03

NIST SRM 3105a Lot N 892707

0.997 ± 0.007

Bi 99.999%

10/[10] : Bi[Bi] : 10N : T- : 5 : E02-04

NIST SRM 3106 Lot N 991212

1.000 ± 0.004

CaCO3 99.999 +%

10/[10][20] : Ca[CaCO3] : 2N : T- : 5 : H09-02-02

NIST SRM 3109a Lot N 000622

Cd

0.998 ± 0.005

Cd 99.999%

10/[10] : Cd[Cd] : 5N : T- : 5 : H01-04

NIST SRM 3108 Lot N 890312

Co

0.997 ± 0.006

Co 99.999%

10/[10] : Co[Co] : 5N : T- : 5 : H04-02

NIST SRM 3113 Lot N 000630

0.997 ± 0.006

Cr(NO3)3 99.999%

1/[1] : Cr[Cr(NO3)3] : 2N : T- : 5 : H03-02

NIST SRM 3112a Lot N 990607

Cu

1.001 ± 0.005

Cu 99.999%

10/[10] : Cu[Cu] : 2N : T- : 5 : H01-03

NIST SRM 3114 Lot N 011017

Fe

0.996 ± 0.007

Fe 99.998%

10/[10] : Fe[Fe] : 5N : T- : 5 : H03-02

NIST SRM 3126a Lot N 000606

Li

0.997 ± 0.008

LiNO3 99.999%

10/[10] : Li[LiNO3] : 5N : T- : 5 : G11-02

NIST SRM 3129a Lot N 000505

1.000 ± 0.007

Mg(NO3)2 99.999%

10/[10] : Mg[Mg(NO3)2] : 2N : T- : 5 : G03-02

NIST SRM 3131a Lot N 991107

Mn

0.999 ± 0.004

Mn 99.99%

10/[10] : Mn[Mn] : 5N : T- : 5 : G04-02

NIST SRM 3132 Lot N 890903

Mo

0.996 ± 0.009

Mo 99.99%

10/[10] : Mo[Mo] : 5N4F : T- : 5 : F02-05

NIST SRM 3134 Lot N 891307

Ni

0.997 ± 0.006

Ni 99.996%

10/[10] : Ni[Ni] : 5N : T- : 5 : G05-02

NIST SRM 3136 Lot N 000612

1.000 ± 0.004

Pb(NO3)2 99.9995%

10/[10] : Pb[Pb(NO3)2] : 5N : T- : 5 : H01-02

NIST SRM 3128 Lot N 991504

Sb

1.000 ± 0.005

Sb 99.999%

20 : Sb[Sb] :5N2F : T- : 5 : H01

NIST SRM 3102a Lot N 990707

Se

0.996 ± 0.009

Se 99.999%

10/[10] : Se[Se] : 5N : T- : 5 : F03-03

NIST SRM 3149 Lot N 992106

0.993 ± 0.006

Sr(NO3)2 99.999%

10/[10] : Sr[Sr(NO3)2] : 5N : T- : 5 : H04-03

NIST SRM 3153a Lot N 990906

Be Bi Ca

Cr

Mg

Pb

Sr

1.005 ± 0.007

1/2

International Chemical Process sarl 1, rue Clapeyron – 75008 Paris Tel: 01.74.90.26.36 – Fax 01.73.72.31.84 – Email: contact@spectracer.eu – Web: http://www.spectracer.eu


Ti Tl V Zn

0.999 ± 0.007

(NH4)2TiF6 99.999%

10/[10] : Ti[(NH4)2TiF6] : 5N1F : T- : 5 : G03-04

NIST SRM 3162a Lot N 992801

0.997 ± 0.008

TlNO3 99.9%

1/[1] : Tl[TlNO3] : 2N : T- : 5 : H04-02

NIST SRM 3158 Lot N 993012

V 99.99%

10/[10][50] : V[V] : 5N : T- : 5 : G01-05-03

NIST SRM 3165 Lot N 992706

Zn 99.99%

10/[10] : Zn[Zn] : 5N : T- : 5 : H03-03

NIST SRM 3168a Lot N 001402

0.999 ± 0.006

1.005 ± 0.008

* the certified value is based on both gravimetric preparation, and instrumental analysis * the uncertainty is calculated as: U=ku c, where k is the multiplier for a 95% level of confidence interval (Table B.1 of Guidelines for Evaluating and Expressing the uncertainty of NIST measurement results), and u c is the combinated standard uncertainty calculated acc. ISO Guide to the Expression of Uncertainty in Measurement

Measured density:

1.021 g/cm 3 at 20 0C

This solution was manufactured using purified acids by subboiling, 18 MOhm double deionised water, calibrated Class A glassware, and high density polyethylene bottle, decontaminated by leaching with high purity acids, 18 MOhm deionised water and triple rinse. Balances are calibrated with weights, traceable to NIST. Stability and accuracy are guaranteed until the date shown at the label provided that the solution is tightly capped and stored under normal laboratory conditions.This certification is nullified if the standard solution is damaged, contaminated, or modified. Certification date: Shelf Life* : Expiry date** :

02.07.2009 until 08.2010 ………………(Should not exceed 6 months from date of opening within the shelf-life period.)

* The shelf life is the specified length of time prior to use for which a properly packaged and stored standard solution remains within the specified uncertainty. ** The expiry date is the date after which the certification of standard solution becomes invalid (due to evaporation losses and frequent use).

2/2

International Chemical Process sarl 1, rue Clapeyron – 75008 Paris Tel: 01.74.90.26.36 – Fax 01.73.72.31.84 – Email: contact@spectracer.eu – Web: http://www.spectracer.eu


http://www.spectracer.eu/France/Documents/Multi-ICP-certificate