Amorphous element boron

 Product description

Chinese name: Monomer boron, boron powder, amorphous element boron

English name: Monomer-Boron

Element Symbol: B

Atomic weight: 10.81 (according to 1979 international atomic weight)

Quality standard: 90%-96%

Enterprise standard: Q/YLH002-2006

HS Code: 28045000

CAS Number: 7440-42-8

 Product Features

Boron has several allotropes, and amorphous boron is also called elemental boron and monomer boron. It is brown powder or gray lustrous crystals, chemically active. Stable in air and room temperature. Heat to 300 ℃ to be oxidized, 700 ℃ that is on fire. When burning, the flame is red, and the flame of micro-vaporized boron is green. Insoluble in water, hydrochloric acid, ethanol, ether. It is soluble in cold concentrated alkali solution and decomposes into hydrogen, which is oxidized to boric acid by concentrated nitric acid and concentrated sulfuric acid. At high temperature, boron can interact with oxygen, nitrogen, sulfur, halogen and carbon, and boron can also directly combine with many metals to form borides. The reaction of boron with organic compounds can generate compounds in which boron is directly linked to carbon or compounds in which oxygen exists between boron and carbon.

Monolithic boron is in a special position in the periodic table that divides elements into metals and non-metals. It is an element dominated by non-metals, with strong negative electricity, small atomic radius, and concentrated nuclear charge. Non-metallic properties are similar to silicon. Its density is 2.35g/cm3. The hardness is 9.3, the specific gravity is 2.33-2.45, the melting point: 2300℃, the boiling point: 2550℃.

 Technical indicators

 Package

1 kg/aluminum platinum paper bag

10 kg/carton

20 kg/carton

Amorphous boron powder produced by our company: high purity, fine particle size and low impurity content

 Uses of Monomeric Boron

1. Neutron absorbers and neutron counters for nuclear reactors.

2. Catalyst for medicine, ceramic industry and organic synthesis.

3. The ignition electrode of the ignition tube in the electronics industry.

4. High-energy fuel for solid rocket thrusters.

5. Monomer boron is used in the synthesis of various high-purity boron-containing compounds.

6. Monomer boron is used as a safety gas initiator for automobiles.

7. Monolithic boron is used in the smelting of special alloy steel.

8. Monomer boron is the raw material for producing boron fiber.

9. Monomer boron is a gas scavenger in molten copper.

10. Monomer boron can be used in fireworks industry.

11. Monomer boron is an important raw material for the manufacture of high-purity boron halide.

12. Monolithic boron in semiconductors and electricity: after carbonization at about 2300 ℃, it is used as the cathode material of the ignition core in the ignition tube. It can also be used as a raw material for the preparation of high-quality cathode material lanthanum boride.

13. Monolithic boron can be used as a protective material in the atomic energy industry, and can be made into boron steel for atomic energy reactors.

14. Boron is the raw material for the manufacture of borane and various borides. Borane can be used as a high-energy fuel for rockets and missiles.