We are introducing a Lead/Tin alloy to our portfolio. The purpose of adding tin to Pb alloys can increase hardness and strength, but more importantly, it allows for improved melting, casting and wetting abilities, and the automotive industry uses lead alloys with a wide array of tin levels below 30%.
Contents
Analyte
CAS Number
Concentration
Unit
Additional information
Method
Silver (Ag)
[7440-22-4]
0,0034 ± 0,0004
%
Certified Material
Arsenic (As)
[7440-38-2]
0,0022 ± 0,0007
%
Certified Material
Bismuth (Bi)
[7440-69-9]
0,026 ± 0,002
%
Certified Material
Cadmium (Cd)
[7440-43-9]
0,00057 ± 0,00006
%
Certified Material
Copper (Cu)
[7440-50-8]
0,031 ± 0,001
%
Certified Material
Iron (Fe)
[7439-89-6]
0,001 ± 0,0006
%
Certified Material
Nickel (Ni)
[7440-02-0]
0,0011 ± 0,0003
%
Certified Material
Antimony (Sb)
[7440-36-0]
0,02 ± 0,002
%
Certified Material
Selenium (Se)
[7782-49-2]
0,0024 ± 0,0008
%
Certified Material
Tin (Sn)
[7440-31-5]
1,9 ± 0,02
%
Certified Material
Zinc (Zn)
[7440-66-6]
0,0007 ± 0,0006
%
Certified Material
Cobalt (Co)
[7440-48-4]
~2
ppm
Indicative Material
Sulfur (S)
[7704-34-9]
<9
ppm
Indicative Material
Tellurium (Te)
[13494-80-9]
~35
ppm
Indicative Material
Miscellaneous
Certificate of Analysis (specimen)
Reference Material CoA specimen: for the current lot, please contact your customer service representative at info@labmix24.com
Product data sheet
View all available product details e.g. description, analytes/parameters, CAS Number, concentrations/values, sales unit/product format, method, source, transport information
