This involves strengthening equipment and facilities to withstand a certain explosion pressure, thereby preventing equipment damage.

Titanium dioxide is commonly used in the preparation of film-coating suspensions, sugar coatings, and gelatin capsules.

Improved Battery Performance: By adding barium sulfate, the discharge capacity and cycle life of lead-acid batteries can be effectively improved, which is…

Adding a certain amount of spherical alumina powder during the production of ceramics can significantly change the properties of the ceramics.

The application of talc in architectural coatings, industrial coatings, wood coatings, anti-corrosion coatings, and waterproof coatings is only a small part of…

Barium sulfate is far more than just a simple filler. It is a multifunctional additive that combines high filling capacity, low abrasion, and excellent…

Silicon carbide ceramics, with their excellent mechanical properties and cost-effectiveness, have become one of the most promising bulletproof ceramic…

As an emerging bioceramic material, silicon nitride shows great application potential in medical implants due to its excellent mechanical properties and…

Aluminum hydroxide is best known for its use as a flame retardant added to polymer matrix materials, where it exhibits excellent flame retardant properties.

Generally, manufacturers typically fill flammable materials with powdered aluminum hydroxide (ATH) or coat the surface of flammable materials with a…

The manufacture of hot-pressed/hot-deformed magnets requires starting with rapidly quenched Nd-Fe-B magnetic powder, rather than directly using cast alloys.

In terms of environmental impact, traditional recycling processes often use strong acids, strong alkalis, and high temperatures, generating large amounts of…