Silicon Carbide Combined with Nitriding High Energy Wear-resistant Refractory Bricks

Silicon carbide combined with nitriding high-energy wear-resistant and refractory bricks are the technical products of our company. It is a new type of product successfully developed by combining the technology with the wear characteristics of circulating fluidized bed boilers. Various micropowders, ultra-fine powders, composite micropowders, steel fibers, explosion-proof fibers, and various admixtures are added to this product, especially the wear resistance and thermal shock stability are greatly improved. It is particularly suitable for difficult-to-construct areas such as horizontal flues, cyclone separators, and return devices, and has achieved very ideal results.

 

Product features: Silicon carbide combined with nitride high-energy wear-resistant and refractory bricks are a new type of advanced refractory material. Silicon nitride combined with silicon carbide material is made by adding industrial silicon powder to artificially synthesized SiC aggregate. When Si and N2 react at high temperature according to 2N2+3Si→Si3N4, SiC particles are tightly combined to form Si3N4 combined with SiC material. Therefore, Si3N4 combined with SiC has the inherent characteristics of SiC and is a high-quality refractory material. Even when used at 1700℃, it has high strength, creep resistance and chemical corrosion resistance, good thermal conductivity and strong wear resistance. Therefore, Si3N4 combined with SiC material is more valued by people than other combined SiC materials. The main products are silicon nitride combined with silicon carbide radiant tubes, silicon nitride combined with silicon carbide bricks, etc.

1. Silicon carbide combined with nitriding high-energy wear-resistant and refractory bricks are hard in texture and have a Mohs hardness of about 9. They are hard materials among non-metallic materials, second only to diamond.

2. Silicon carbide combined with nitriding high-energy wear-resistant and refractory brick products have high strength at room temperature. At high temperatures of 1200-1400℃, they almost maintain the same strength and hardness as at room temperature for the same time. Depending on the use atmosphere, the safe use temperature can reach 1650-1750℃.

3. The thermal expansion coefficient is small, and compared with silicon carbide and other products, the thermal conductivity is high, it is not easy to produce thermal stress, has good thermal shock stability, and has a long service life. It has strong high-temperature creep resistance, corrosion resistance, extreme cold and heat resistance, and oxidation resistance, and is easy to make products with high dimensional accuracy that meet the requirements.

4. Silicon carbide combined with nitriding high-energy wear-resistant and refractory brick products have good thermal shock stability, high-temperature creep resistance, acid and alkali resistance, oxidation resistance, and resistance to erosion by molten metals such as aluminum, lead, tin, and zinc. Replacing traditional silicon carbide products with Si3N4 combined with SiC products can reduce the weight of kiln furniture by 50%, increase the furnace pool loading rate by 16%, and save energy by more than 25%. It is a refractory material for enterprises to improve product quality and increase economic benefits.

5. The products are widely used in various industries such as steel, non-ferrous metals, chemical building materials, etc., saving energy, protecting the environment, and reducing costs.

Hot Tags: silicon carbide combined with nitriding high energy wear-resistant refractory bricks, China silicon carbide combined with nitriding high energy wear-resistant refractory bricks manufacturers, suppliers, factory, refractory bricks for monastery, refractory bricks for media industry, refractory bricks for ski resort, refractory bricks for theme park, refractory bricks for elderly care, refractory bricks for dust collection