CAS1312-43-2 Black Gray Bismuth Telluride Pellet 99.99-99.9999% 4n 5n 6n

China CAS1312-43-2 Black Gray Bismuth Telluride Pellet 99.99-99.9999% 4n 5n 6n, Find details about China Bi2te3, Bite from CAS1312-43-2 Black Gray Bismuth Telluride Pellet 99.99-99.9999% 4n 5n 6n

Basic Info.

Model NO.

99.99-99.9999%

Usage

Thermoelectric Materials, Solar Cell Material

Storage

Vacuum Packing or Argon Shield

Sample

Avaiable

CAS No

1312-43-2

Shape,Figure

Lump, Ingot, Granule, Powder;Granules

Color

Black Gray

Trademark

FITECH

Transport Package

Vacuum Polyester Bag/ Plastic Bag

Specification

99.99%-99.9999%

Origin

China

HS Code

2842909090

Model NO.

99.99-99.9999%

Usage

Thermoelectric Materials, Solar Cell Material

Storage

Vacuum Packing or Argon Shield

Sample

Avaiable

CAS No

1312-43-2

Shape,Figure

Lump, Ingot, Granule, Powder;Granules

Color

Black Gray

Trademark

FITECH

Transport Package

Vacuum Polyester Bag/ Plastic Bag

Specification

99.99%-99.9999%

Origin

China

HS Code

2842909090

Product Desciption

CAS1312-43-2 Black Gray Bismuth Telluride Pellet 99.99-99.9999% 4n 5n 6n

Product Description

Bismuth Telluride

1.Molecular formula: Bi2Te3

2.Molecular weight: 800.76

3.CAS No.: 1312-43-2

4.HS Code: 2842909090

5.Melting Point: 585ºC

Bismuth telluride is a compound of tellurium and bismuth. It is a narrow gap layered semiconductor with a trigonal unit cell. It's produced by sealing bismuth and tellurium metals in a quartz tube under vacuum.

Bismuth telluride thermoelectric in lump or powder and purity 4N/5N/6N Bi2Te3
Type P		Doped Antimony
Type N		Doped Selenium
Application		P/N node is formed for semiconductor refrigeration, temperature difference power generation, etc
Powder Particle Size		3 microns
Technical docking		vacuum smelting -- crystal introduction (oriented growth of crystals) -- regional smelting -- removal of both ends

Applications

Topological insulators are not conventional superconductors and cannot be used in ultra-efficient power lines because they can carry only a small amount of current, but they pave the way for a paradigm shift in the development of microchips, which will lead to new applications of sponomics in which electronic spin is used to carry information. Moreover, bismuth telluride is very easy to produce and use in practical applications. The 3D material can be manufactured by existing semiconductor technologies and is also easily doped, so that its properties can be tuned quite easily.