High Purity Stannum Sn - China

Since 1964, we have been the earlist research base at where researchers

do research on high pure metals and compound material.

Our company is

the only one which has a complete Analysis & test Center and

environmental protection installation.

High Purity Stannum is used in

the manufacture of compound semiconductor, high purity alloy,

superconducting material, solder and as a dopant of compound

semiconductor.

Specification:

* High purity Sn: 99.999% Sn-5N-I-15

* Total impurity content: ≤10ppm

* High purity Sn: 99.9999% Sn-6N-I-16

* Total impurity content: ≤1ppm

* High purity Sn: 99.99999% Sn-7N-I-17

* Total impurity content: ≤0.1ppm

High Purity Stannum Sn

Please inquiry for your need now

Company Contact:

• Posted By: Emei Semiconductor Material Factory & Institute

• Phone: 08335485134

• Address: No.88 Fubei Road, Emeishan city, China

• Email:

• Website: http://www.emb739.com

• Business Description: Emei Semiconductor Material Factory & Institute High Pure Metals Division, a pionner reserch base and the biggest producing center for high pure elements and compound materials in china.
  
  It was established in 1964 - This institute is the most complete in technology and variety of pure elements.
  
  At the present time it is equipped with advanced Glow Discharge Mass Spectrograph(GD MS) and purify equipments in a new factory building .
  
  It is the only one which has a complete Analysis & test Center and environmental protection installation.
  
  Its first stage of high pure material industrial area with large scale production capacity, was built in 2008 - Our aim is to satisfy customers different requirements.
  
  Purificato ry Rooms Analysis & Test Center
  
  Products（99.999% 99.99999%）：
  
  High pure elements: Te.
  
  Cd.
  
  In.
  
  Sb.
  
  P.
  
  Bi.
  
  Pb.
  
  Sn.
  
  Ga .
  
  Cu.
  
  Se.
  
  Zn.
  
  Au.
  
  Ag.
  
  S
  
  High pure compounds: CdTe.
  
  Sb2O3 - Bi2O3 - Ga2O3
  
  Processed high pure materials: Sheets.
  
  Foils.
  
  Bars.
  
  Wires.
  
  Granules.
  
  Powders