BM3820 Cobalt Boride (Co3B2) Powder (CAS No. 12619-68-0)

Cobalt Boride (Co3B2) Powder Description 

Cobalt Boride (Co3B2) is a kind of inorganic compounds with the general formula CoxBy. It’s refractory material. Cobalt boride is a compound with excellent oxidation resistance and can be used for high corrosion resistance and wear resistance on the surface of metal parts. It is a kind of coating, which acts as a catalyst in hydrogen storage and fuel cell technology.

Cobalt Boride (Co3B2) Powder Specifications

Cobalt Boride (Co3B2) Powder Safety Information

Cobalt Boride (Co3B2) Powder Applications

Catalysis: Co₃B₂ is widely used as a catalyst or catalyst precursor in chemical processes, particularly in petroleum refining and hydrogenation reactions.

Wear-resistant coatings: Due to its hardness, Co₃B₂ is used in coatings to enhance the wear resistance of tools and machinery.

Batteries: Co₃B₂ is also explored for use in certain types of energy storage devices, including batteries and capacitors, for its unique properties.

Electronics: Co₃B₂ is used in some specialized electronic components that require high-temperature resistance and electrical conductivity.

Cobalt Boride (Co3B2) Powder Packaging

Our Cobalt Boride (Co3B2) Powder is stored in a cool, ventilated warehouse and will be kept sealed. The storage area shall be equipped with suitable materials to accommodate leaks. It will be carefully handled during storage and transportation to preserve the quality of our product in its original condition. It will be packed in vacuum packing in carton or iron drum.

Cobalt Boride (Co3B2) Powder FAQs

Q1:What is Cobalt Boride (Co₃B₂)?

Cobalt Boride (Co₃B₂) is a binary compound composed of cobalt and boron. It is a refractory material known for its high hardness, wear resistance, and catalytic properties. It has various industrial applications, especially in materials science and catalysis.

Q2: How is Co₃B₂ powder produced?

Cobalt Boride powder is typically produced through a high-temperature reaction between cobalt and boron or boron-containing compounds. This process often involves a controlled atmosphere to ensure the purity of the final product and to prevent oxidation of the materials.