Inorganic Salt

Zinc borate is a multifunctional flame retardant with various effects such as flame retardancy, carbonization, smoke suppression, smoldering suppression, and prevention of droplet formation. It has the advantages of low toxicity and low cost.

This product is mainly used as raw material for producing strontium salt, pigment and pyrotechnics. It is also used as flux for electrolyzing sodium metal and catalyst for organic synthesis.

It is often used as an oxidant for the color development of yindanlin dyes. It can be used for bleaching and degreasing of raw cloth. In medicine, it can be used as disinfectant and bactericide, mordant, detergent assistant, deodorizer, additive of electroplating solution, analytical reagent, organic synthetic polymerization agent, toothpaste, cosmetics, etc.

Aluminum magnesium hydrotalcite is a carbonated magnesium aluminum double hydroxide, which exists in the form of leaves, rotating plates or fibrous clusters in natural state.

Hafnium diboride is an ultrahigh temperature ceramic composed of hafnium and boron. It has a melting temperature of about 3250 degrees Celsius. It is an unusual ceramic, having relatively high thermal and electrical conductivities, properties it shares with isostructural titanium diboride and zirconium diboride. It is a grey, metallic looking material. Hafnium diboride has a hexagonal crystal structure, a molar mass of 200.11 grams per mole, and a density of 10.5 grams per cubic centimeter. Hafnium diboride is often combined with carbon, boron, silicon, silicon carbide, and/or nickel to improve the consolidation of the hafnium diboride powder (sintering). It is commonly formed into a solid by a process called hot pressing, where the powders are pressed together using both heat and pressure. The material has potential for use in hypervelocity reentry vehicles such as ICBM heat shields or aerodynamic leading-edges, due to its strength and thermal properties. Unlike polymer and composite material, HfB2 can be formed into aerodynamic shapes that will not ablate during reentry. Hafnium diboride is also investigated as a possible new material for nuclear reactor control rods. It is also being investigated as a microchip diffusion barrier. If synthesized correctly, the barrier can be less than 7nm thick.