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Overview

In response to customers' special application requirements, Haite company will customize silicon carbide materials within the confidentiality framework of both parties. Haite company provides continuous support for improving the technological content of customers' products.

By formulating a suitable material plan, Haite company 's products can make the sintered density very close to the theoretical value. In addition, the product also has extremely high strength and excellent wear resistance. This material is used for sealing rings and heat-pressed armor protection; this material maintains high strength and excellent thermal shock resistance while controlling porosity. For example, this is very important when the material is used in high temperature filtration applications.

Advantages

(1)Particle size: Whether nano-scale silicon carbide or sub-micron silicon carbide, it is very important for users to use silicon carbide materials with reasonable particle size and high uniformity. Haite company 's rigorous process control and quality management can optimize the particle size distribution for specific customer applications.

(2)Chemistry/Ingredients: Haite can use various technical methods to purify materials. And according to different choices of customer application scenarios, Haite company can add or remove certain elements to achieve higher chemical performance.

(3)Surface modification: The surface of the silicon carbide material is re-wrapped by electroless plating to realize the application of the customer in the specific substrate. For example, graphene shell on a SiC surface, nickel shell , cobalt shell, copper shell.

(4)Thermal conductivity: Silicon carbide material has high emissivity, and the thermal conductivity of silicon carbide material can reach up to 200W/mk.

(5)Density and flow properties: The particle size distribution has a great influence on the bulk density and flow properties of most powders. In some cases, there is still room for optimization of powder flow performance or density.