Advanced Technology for Ceramic

PROCESS AND TECHNOLOGY

粉体加工技术 Powder processing technique

超细、均匀分散的粉体是陶瓷材料的根本，0.10~1.0um的亚微米粉体和低于0.1um的纳米粉体的研磨与解团聚对材料性能、零件品质的稳定性、可靠性和一致性有决定性影响。我们在该领域拥有多项独享的技术并不断改进，以确保在该技术领域的先进。

Superfine powder,uniform dispersion is the fundamental of ceramic materials.The level of grinding and disaggregation such as 0.10~1.0um submicron powder and <0.1um nano powder has a decisive impact on the properties of the materials and part’s quality stability,reliability and consistency.We have a number of unique technology.Through improvement of technology.We can ensure our advancement in the field of powder processing technique.

成型技术 Forming technology

陶瓷坯体平衡压制技术、等静压技术、干压技术、四周联动素坯加工、素坯车削、钻铣技术，保证了各种零件与组件的实现，并持续追求稳定一致的收缩率与坯体尺寸精度。

The green body balance pressing technology, Cold isostatic pressing technology,semi dry pressing technology,four axis machining technology,drilling and milling technology,ensure the implementation of the various parts and components, and the constant pursuit of shrinkage and blank size accuracy.

烧制工艺技术 Firing technology

准等速率烧制技术、窑压控制技术，最大限度的减小致密化残余应力，保证烧结程度的一致性。

The technology of Quasi constant rate firing and kiln pressure control,can prevent densification residual stress to the maximum limit and ensure the consistency of the sintering degree.

机械加工与装配技术 Mechanical processing technology

独有的陶瓷强力磨削技术、低应力磨削技术、高速线切割技术，深孔钻铣技术、四轴联动精铣加工技术，保证机械结构组件的精度和功能。特有的焊接技术、粘接技术、热过盈低应力装配技术，实现陶瓷与其他材料部件的可靠连接。

Unique ceramic grinding technology,low stress grinding technology,high speed wire cutting technology,deep hole drilling ，milling technology and the four axis milling machining technology can ensure the precision and function of mechanical components.Special welding technology,bonding technology,thermal interference low stress assemble technology can realize the reliable connection of ceramics and other materials.