High Quality Radiation tube - Black silicon carbide – Anteli
High Quality Radiation tube - Black silicon carbide – Anteli Detail:
Black silicon carbide is quartz (SIO2) and anthracite coal or petroleum coke (C) as the basic raw material under the condition of over 1800 degrees centigrade high temperature generated by the non-metallic minerals, it has high hardness, small expansion coefficient, crisp, good thermal conductivity, is widely used in abrasives and grinding of electronic products, refractory materials, special ceramics, ceramic foam, coating modified plastic additives, auto parts, military aviation, steelmaking deoxidizer, etc.
Silicon carbide in refractory materials: silicon carbide as an inorganic non-metallic material, with high temperature resistance, wear resistance and other characteristics.Silicon carbide can also be added as an antioxidant in non-fired aluminum-magnesium-carbon bricks such as ladle bricks.
Products are mainly silicon carbide content of 97%, 95%, 88%-90%, 80%-85%, 70%-75%, 65-60% and other products, the particle size is mainly 10mm-0, 5mm-0, 3mm-0, 1mm-0, 200#-0 and so on.We can also organize production according to customers’ special requirements.
Product detail pictures:
Related Product Guide:
SiC Conference of Four Provinces and Regions in Western China
Adhering into the basic principle of "quality, assistance, effectiveness and growth", we have attained trusts and praises from domestic and worldwide client for High Quality Radiation tube - Black silicon carbide – Anteli , The product will supply to all over the world, such as: Tunisia, Brasilia, Nepal, Each year, many of our customers would visit our company and achieve great business advancements working with us. We sincerely welcome you to visit us at any time and together we will prevail to a greater success in the hair industry.
By Leona from Mauritius - 2018.06.19 10:42
Sales manager is very enthusiastic and professional, gave us a great concessions and product quality is very good,thank you very much!
By Dana from Paraguay - 2017.08.21 14:13