Discussion on Applicable Working Conditions and Production Process of Silicon Carbide Wear Resistant Elbow
Release time:
2023-07-07 14:57
on the spring instrument small make up with you a brief introduction of silicon carbide wear-resistant elbow applicable conditions and production process. Silicon carbide (SiC) wear-resistant elbow is also a kind of non-compound ceramics, but silicon carbide has a long history in the ceramic series, in recent years is an important refractory material, abrasive material heating body. This is a kind of use of SiC has excellent heat resistance, intensity, hardness, wear resistance, volume resistance parameters such as thermal state, machine, electrical characteristics of the material, the development of the industry has played a great role.
silicon carbide wear-resistant elbow is made of silicon carbide as the main raw material, through reasonable particle gradation, adding silicon powder, alumina powder and adhesive, etc., after pouring and molding, natural curing, drying, baking and other processes. It has excellent properties such as integral molding, no falling off, high hardness, good wear resistance, strong thermal stability and chemical corrosion resistance, especially insensitive to abrasive attack angle. As a lining material, the new composite silicon carbide can improve the wear resistance and corrosion resistance of the equipment. Its wear resistance is 3-5 times that of wear-resistant cast steel. Therefore, it is widely used in thermal power, coal, mining, metallurgy, cement, ports, Chemical industry and other fields. Scope of application of
silicon carbide elbow: conveying powder, block material, ash and other low-impact strong abrasive wear occasions working within 450 ℃ have high wear resistance and impact resistance. The use of steel pipe as the shell not only improves the mechanical properties and impact resistance of the pipe, but also facilitates installation and welding. The service life of this product is 3-5 times that of alloy cast steel pipes, generally up to 60000 hours or more, and has a high performance-price ratio.
Suzhou shang chun yi monitoring program-controlled equipment manufacturing co., ltd. supports the design, manufacture, debugging, service and supporting overall services of silicon carbide wear-resistant material accessories. it has built a 7200 ㎡ manufacturing base and more than 30 sets of high-precision processing equipment. the factory workshop has passed the ISO9001:2015 quality system certification, one-year warranty, solutions within 1 hour after sales, and free technical guidance.
2023-12-07
On November 8th, our company participated in the Operation and Maintenance Branch of the China Electric Power Technology Market Association and held the 2023 Annual Conference on Experience Exchange of Boiler Wear and Explosion Prevention Technology in Thermal Power Plants in Zhengzhou. We introduced the application of our silicon carbide burner nozzles, silicon carbide burner primary air ducts, swirl burners, silicon carbide wear-resistant elbows and other products in thermal power generation.
2023-12-07
On October 25th, our company participated in the 9th Petrochemical Equipment Operation and Maintenance Management and Maintenance Technology Conference held in Xiamen in 2023, introducing wear-resistant and corrosion-resistant silicon carbide products and promoting their application in petrochemical systems.
2023-12-07
On April 26th, our company participated in the 2023 National Thermal Power Plant Flexibility Deep Peak shaving Transformation Technology Annual Conference held in Zhengzhou, introducing the application of our silicon carbide wear-resistant products (silicon carbide burners, silicon carbide central air ducts, silicon carbide elbows, silicon carbide wear-resistant pipes, etc.) in thermal power plants. We had in-depth exchanges with the experts at the conference, providing new wear-resistant products for thermal power plants and extending their service life, Extended maintenance cycles and reduced maintenance costs. Received recognition and affirmation from attending users.