Factory Price Non-Alloy Non-Secondary Secondary 99.99% Bismuth Ingots

China Factory Price Non-Alloy Non-Secondary Secondary 99.99% Bismuth Ingots, Find details about China Bismuth Ingot, Pure Bismuth from Factory Price Non-Alloy Non-Secondary Secondary 99.99% Bismuth Ingots

Basic Info.

Model NO.

FITECH-Bi

Usage

Metallurgy

Molecular Weight

208.98037

Sample

Avaiable

CAS No

7440-69-9

Shape,Figure

Ingot Lump

Bi (Min)

99.99%Min

Alloy or Not

Non-Alloy

Secondary or Not

Non-Secondary

Melting Point

271.3 Celsius Degree

Boiling Point

1560 Celsius Degree

Einecs No.

231-177-4

Trademark

FITECH

Transport Package

500kg/1000kg Wooden Box with Pallet

Specification

16kg per ingot

Origin

China

HS Code

8106009090

Model NO.

FITECH-Bi

Usage

Metallurgy

Molecular Weight

208.98037

Sample

Avaiable

CAS No

7440-69-9

Shape,Figure

Ingot Lump

Bi (Min)

99.99%Min

Alloy or Not

Non-Alloy

Secondary or Not

Non-Secondary

Melting Point

271.3 Celsius Degree

Boiling Point

1560 Celsius Degree

Einecs No.

231-177-4

Trademark

FITECH

Transport Package

500kg/1000kg Wooden Box with Pallet

Specification

16kg per ingot

Origin

China

HS Code

8106009090

Product Desciption

Bismuth ingot

1.Molecular formula: Bi

2.Molecular weight: 208.98

3.CAS No.: 7440-69-9

4.HS Code: 8106009090

5.Storage: It should be stored in a cool, ventilated, dry and clean warehouse.

Bismuth is a silvery white to pink metal,which are mainly used to prepare compound semiconductor materials, high-purity bismuth compounds, thermoelectric refrigeration materials, solders and liquid cooling carriers in nuclear reactors, ect. Bismuth occurs in nature as a free metal and mineral.

Product Name	Bismuth Ingot
CAS NO	7440-69-9
Shape	Ingot
EINECS NO	231-177-4
Grade	4N
Material	Bismuth
Appearance	Silver-white color,with metallic luster,rectangular or trapezoidal rectangular

Applications

1. It is mainly used to prepare compound semiconductor materials, thermoelectric refrigeration materials, solders and liquid cooling carriers in nuclear reactors.

2.Used for preparing semiconductor high-purity materials and high-purity bismuth compounds. Used as a coolant in atomic reactors.

3. It is mainly used in medicine, low melting point alloy, fuse, glass and ceramics, and is also a catalyst for rubber production.