B4C target material-High purity boron carbide

The company uses the highest industrial purity B4C (purity 99.5%) as raw material and uses hot pressing sintering process to produce boron carbide target material. On the premise of ensuring purity, the target material is machined to have good dimensional accuracy, smoothness, and flatness, fully meeting the requirements of use.

Boron carbide ceramics have an impressive Vickers hardness of approximately 3100HV, but their poor toughness poses challenges during the machining phase. The company has invested many years of process research and mastered various technologies for boron carbide ceramic processing, ensuring the high-quality completion of professional boron carbide structures.

In terms of ceramic production, the company uses two processes: pressureless sintering and hot-press sintering. Each process has unique advantages and is suitable for different applications. Pressureless sintered ceramics are highly cost-effective and ideal for mass production. Suitable for bulletproof materials, seals, nozzles, wear-resistant and temperature-resistant parts and standard nuclear power materials. On the contrary, ceramics produced by hot pressing sintering are very suitable for small-scale production, can be manufactured in larger sizes, and are suitable for applications such as nuclear power core materials, semiconductor materials, target materials, and bulletproof materials.