peltier element bismuth telluride N/P type Bi2Te3

Min.Order / FOB Price:Get Latest Price

0 Metric Ton	Negotiable

0 Metric Ton

Negotiable

Min.Order :0 Metric Ton
Purity: 99.99%
Payment Terms : L/C,T/T

Keywords

ismuth telluride N/P Bi2Te3 N/P peltier

Quick Details

Appearance:grey pellet
Application:peltier
PackAge:25kg/bag/drum
ProductionCapacity:|Metric Ton|Day
Storage:cool and dry
Transportation:by sea, by air

Superiority:

P-type ingot:
1. Purity: 99.99% 2. Thermal conductivity (k): 1.2-1.6w/m.K 3. Seebeck (S) : 200-230 uV 4. Electrical conductivity (rou): 850-1250 5. Figure of merit (Z): 2.55- 3.4×10-3.K-1. 6. ZT>=1.1@300K
N-type ingot:
1. Purity: 99.99% 2. Thermal conductivity (k): 1.2-1.6w/m.K 3. Seebeck (S) : 205-235 uV 4. Electrical conductivity (rou): 850-1250 5. Figure of merit (Z): 2.34-3.2×10-3. K-1. 6. ZT>=1.1@300K

P-type ingot:

1. Purity: 99.99%

2. Thermal conductivity (k): 1.2-1.6w/m.K

3. Seebeck (S) : 200-230 uV

4. Electrical conductivity (rou): 850-1250

5. Figure of merit (Z): 2.55- 3.4×10-3.K-1.

6. ZT>=1.1@300K

N-type ingot:

1. Purity: 99.99%

2. Thermal conductivity (k): 1.2-1.6w/m.K

3. Seebeck (S) : 205-235 uV

4. Electrical conductivity (rou): 850-1250

5. Figure of merit (Z): 2.34-3.2×10-3. K-1.

6. ZT>=1.1@300K

Details:

Characteristics:	Bismuth telluride is a compound of tellurium and bismuth. When alloyed with selenium or antimony, it acts as an efficient thermoelectric material suitable for portable power generation or refrigeration. It is a narrow gap layered semiconductor with a trigonal unit cell. It mainly occurs in a rare mineral tellurobismuthite. It is produced by sealing bismuth and tellurium metals in a quartz tube under vacuum.
Applications:	Bismuth telluride finds applications in the following: Power generation or cooling applications Topological insulators.

Characteristics:

Bismuth telluride is a compound of tellurium and bismuth. When alloyed with selenium or antimony, it acts as an efficient thermoelectric material suitable for portable power generation or refrigeration. It is a narrow gap layered semiconductor with a trigonal unit cell. It mainly occurs in a rare mineral tellurobismuthite. It is produced by sealing bismuth and tellurium metals in a quartz tube under vacuum.

Applications:

Bismuth telluride finds applications in the following:

Power generation or cooling applications

Topological insulators.

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