Fitting
Fitting is used in pipeline systems to connect pipes.
Wear Resistant Steel Pipe for Mining & Power Plant
Abrasion resistant pipe is designed to withstand extreme wear and corrosion, replacing traditional steel pipes and greatly extending the service life of pipeline systems.
Ceramic lined pipe is a type of pipe that is lined with ceramic to protect the inner surface of the pipe against wear and corrosion.
Ceramic (Corundum: a-Al2O3) lined abrasion resistant straight pipe and fittings are lined with highly abrasion resistant ceramic by SHS -------Self-propagating High-temperature Synthetic process.
Cast basalt have an excellent performance of high abrasive and high corrosion resistance.
Cast basalt is a kind of silicate crystalline material after producing and processing, it made of natural rock (basalt, diabase and other basite) or some industrial waste as the main raw materials, by melting, casting, crystallization, annealing and other processes.
Ceramic tile lined pipe and Bend are cast with mold vanishing vacuum suction casting cladding process.
Ceramic tile lined pipe using ceramic-metal composite production technology principle, with Al2O3 as raw material.
Rare earth alloy wear-resistant pipe has the characteristics of fast velocity and high flow rate.
The material of the rare earth alloy wear-resistant pipe is ZG40CrMnMoNiSiRe, which is also the grade of rare earth alloy steel.
The ceramic sleeves lined pipe as a whole part, and then assemble it into the steel pipe with our high-strength-temperature-resistant epoxy adhesive.
95% alumina ceramic sleeve lined pipes, elbows and T pipes have been largely applied in lithium battery material conveying system in recently years.
Hydraulic and pneumatic pipelines and flexible hoses often have to withstand extremely harsh conditions.
Conveying abrasive materials such as ash, sand or sinter dust puts pipes under severe stress. Even thick-walled steel or cast iron pipes often show significant signs of wear in a very short time. Wear is particularly severe in pipe bends, where the flow is highly turbulent.
To ensure a long service life and high pumping capacity, it is essential that the pipes, bends and hoses are lined with wear-resistant materials.
Apart from these different wear classifications, there are types of wear that are the most common, they include:
Occurs when hard, coarse materials—such as sand, coal, soil, or minerals—slide across a metal surface. Common in mining, cement, and bulk material handling equipment.
Happens when two metallic surfaces slide under pressure. Frictional heat creates microwelding, causing surface material to tear and transfer during movement.
Caused by electrochemical or chemical reactions between metal surfaces and the environment. Damage accelerates when corrosion combines with mechanical wear.
Results from repeated high-force collisions between surfaces. Typical in crushers, hammers, and chutes where dynamic contact causes fatigue and cracking.
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