Views: 1745

  • VIP For Year 2
  • Certified by CERADIR
  • View on your phone
  • | Save Supplier
Business mode
production, service
Production mode
OEM
Industry chain role
Country / Region
中国 山东省 济南市
Established
2020-06-01
No. of employees
500+
Company address
Jinan , Shandong Province, China
Map
Company Tel 137*****997

Qilu Zhongke Institute of Optical Physics and Engineering Technology is a public institution jointly built by Jinan and the Technical Institute of Physics and Chemistry of the Chinese Academy of Sciences under the background of the strategy of “strengthening the provincial capital” of Shandong Province and building a national central city. The Functional Ceramics Division is subordinate to the future technology innovation center of Qilu Zhongke Institute of Optical Physics and Engineering Technology, specializing in the R&D and production of high-quality Si3N4 powder. It will build a high-quality Si3N4 powder production line with an annual output of 200 tons in Jinan. The objective of the division is to build the largest high-quality Si3N4 powder production line of combustion synthesis in the world, commit to the unity of knowledge and practice of “Technology-Product-Application”, and lead the development of China's advanced ceramic industry with combustion synthesis technology.

Contacts

Supplier Products

View all products

Main products

氮化硅轴承球粉体 氮化硅结构件粉体 氮化硅基板粉体 立方碳化硅粉体 氮化硅轴承球粉体 镁硅氮粉体
SVG

Production Capacity

Factory address 中国,山东省经济技术开发区科创城
Factory area 5001-10000
No. of production staff 500+
No. of R&D engineer 50+
No. of QC staff 1-10
Maximum capacity 20000001-30000000
SVG

Markets

Chemical & Metallurgy
Filler,Thermocouple Bushings,High-temperature Heating Elements/electrodes,Ceramic Membrane Separation Application
Electronic & Communication
Substrate
Equipment & Machinery
Bearing Parts
SVG

Trade Capacity

Mode of transport DHL
Payment Methods Bank Transfer, T/T
Average lead time -
No. of trade staff 500+
Main sales market worldwide
SVG

Advantage of technology

Raw materials Powder preparation
- Self-propagating High-temperature Synthesis
Molding Sintering process
- -
Precision machining Surface treatment
- -