Composite wear-resistant ceramic pipe

The composite wear-resistant ceramic pipe is made by centrifugal casting and consists of corundum ceramic, transition layer and steel.
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Product Structure

The WTP-C composite wear-resistant ceramic pipe is formed by self-propagating high-temperature centrifugal casting. The pipeline consists of three layers from the inside to the outside: corundum ceramic, transition layer, and steel. The ceramic layer is a dense corundum ceramic (AL2O3) formed at a high temperature of more than 2200°C, and forms a firm bond with the steel pipe through the transition layer.

Operating Temperature
-50℃ to 700℃

Applicable Media
Solid particle powders such as coal powder, furnace ash, mineral powder, etc., slurries such as coal slurry, coal slime, slag, aluminum liquid, etc.

Application
Composite wear-resistant ceramic pipes are widely used for straight pipe wear protection in gas-solid and liquid-solid transportation systems in metallurgy, mining, electric power, coal, petrochemical and other industries, such as:
1. Coal transportation, coal slurry, coal washing mud, mine filling material, coal powder pipeline;
2. Pipeline transportation of concentrates and tailings in metal mines;
3. Pipelines for ironmaking, coal injection in blast furnaces, slag conveying in steel plants, and preferred pipelines for conveying ferroalloys and refining outside the furnace in steelmaking;
4. Pulverized coal pipelines, slag discharge pipelines in thermal power plants, etc.

Special Notes
Because the centrifugal casting process of WTP-C composite wear-resistant ceramic pipe determines that it is suitable for making straight pipes, if it is used to make elbows, most of them are in the form of shrimps. The interface cannot be guaranteed to be seamless and is prone to eddy currents. The wear resistance of WTP-C is not enough to resist the erosion of materials at the elbows. Therefore, it is not recommended to use WTP-C composite ceramic pipes to make elbows or tees.
If you need wear-resistant ceramic elbows or tees, please choose WTP-P or WTP-M.

Product Images

Composite ceramic pipe(WTP-C)

Composite ceramic pipe(WTP-C)

Composite ceramic pipe(WTP-C)

Composite ceramic pipe(WTP-C)

Composite ceramic pipe(WTP-C)

Composite ceramic pipe(WTP-C)

Hydraulic conveying case

Pneumatic conveying case
Industry Materials
Industry Materials
Steel Plant Slag
Steel Plant Sintering materials, lime, coal powder, carbon
Thermal Power Plant Slag
Thermal Power Plant Pulverized coal, coke, furnace ash
Waste Incineration Slag
Waste Incineration Industrial or domestic waste
mine Iron powder, mineral powder, coal powder, backfill tailings
Aluminum Plant Sintered alumina, bauxite
Chemical Plant Chemical Plant
Cement Plant Limestone, clinker, cement
Coal Mine Raw coal, coal slime
Breweries, malthouses Hops, malt, rice
Phosphate Plant Phosphate rock
Asbestos Factory Sawdust, perlite, stone powder
Wastewater treatment plants sludge
Smelter Furnace ash, coal powder
Steel rolling mills, continuous casting plants Sintered materials, mill scale Silicone Plant Quartz powder, coal

Selection Guide

item Composite ceramic pipe Wear-resistant ceramic pipe Integral ceramic pipe Ceramic rubber hose
code WTP-C WTP-P WTP-M
WTP-CR
structural features Self-propagating centrifugal casting Ceramics are installed in the pipeline by pasting, welding, swallowtail and so on. The ceramic pipe is installed in the steel pipe after sintering.
Ceramics are embedded in rubber pipes by vulcanization process.
Peculiarity For straight pipe conveying, the cost performance is very high. It is used for elbows and tees, and the cost performance is very high.
It is very good for conveying corrosive slurry.
It has good flexibility and wear resistance.
Applicable medium Powder / Slurry Powder / Slurry
Powder / Slurry
Powder / Slurry
Outer tube material 20# 20#/304
20#/304
rubber
material of inner pipe Reaction sintering alumina STC/ZTA/STA
STC/ZTA/STA
STC/ZTA/STA
diameter 630mm not limited 300mm
300mm
weight milder Very light lightweight ultralight
Wear resistance ( compared to steel pipe ) 5 times 20 times
20 times
15 times
corrosion resistance good good Very good good
Heat resistance 700℃ 800℃ 1000℃ 100℃
Pressure resistance 15MPa 15MPa
15MPa
2.5MPa

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