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Performance characteristics and applications of nano alumina wear-resistant ceramic patches
Performance characteristics: 1. The patented technology is guaranteed to never fall off. 2. Superior wear resistance second only to diamond. 3. Easy to install composite, suitable for any part. 4. High temperature resistance, impact resistance, and heavy anti-corrosion. 5. The highest cost-effectiveness.
2026-08-14
Full analysis of silicon carbide wear-resistant straight pipe
Bimetallic wear-resistant pipe is a double-layer composite wear-resistant pipeline with an outer layer of carbon steel and an inner layer of high chromium alloy. It is formed by centrifugal casting technology and is metallurgically bonded without detachment or delamination. It is a specialized transportation pipeline for high wear conditions in industrial and mining areas, power plants, and mines.
Bimetal KMTBCr26 Wear-Resistant Pipes for Coal Preparation Plant Slurry Systems
Bimetal KMTBCr26 wear-resistant pipes and fittings extend service life in coal preparation plant heavy medium, coal slurry and refuse handling pipelines.
2026-10-26
Self-Propagating Ceramic Composite Pipe for Long-Distance Abrasive Material Transport
Self-propagating ceramic composite pipes use SHS technology to form an alumina ceramic lining bonded to steel, offering wear resistance and low resistance for long-distance transport.
Silicon Carbide Wear-Resistant Pipe for High-Temperature Abrasive Pipeline Systems
Silicon carbide wear-resistant pipes and fittings resist abrasion and high temperatures up to 1200°C in power, cement, metallurgy and chemical industries.
2026-10-14
Ceramic Tile Lined Wear-Resistant Pipe for Abrasive Slurry and Ash Handling
Ceramic tile lined pipes and fittings use high-alumina ceramic tiles for wear protection in mining slurry, ash, cement and power plant pipelines.
Bimetal Wear-Resistant Pipe with KMTBCr26 Alloy for Mining Slurry Pipelines
Bimetal wear-resistant pipes lined with KMTBCr26 high-chromium alloy offer long service life and low maintenance for mining slurry, tailings and ash transport systems.
2026-09-29
Bimetal Cast Elbow with KMTBCr26 High-Chromium Alloy for Abrasive Pipelines
Bimetal cast elbows lined with KMTBCr26 high-chromium alloy deliver long wear life in mining, power, cement and metallurgy slurry pipelines.
2026-09-28
Silicon Carbide Ceramic Wear Resistant Pipe, Continuously Upgraded, Providing More Reliable Solutions for Conveying Under Harsh Working Conditions
In recent years, industries such as mining, power, metallurgy and coal have set increasingly higher requirements for material conveying efficiency and equipment service life.
2026-09-15
High Chromium Alloy Bimetallic Wear Resistant Pipe, Newly Upgraded, Lined with KmTBCr26 for Severe Conveying Conditions
In industries such as mining, power, building materials and metallurgy, slurry or pneumatic conveying pipelines are continuously subjected to high-speed erosion by hard particles.