Compositec Ceramic Lined Steel Pipe Mechanical Shock Resistance

​Product Description

Ceramic-lined steel pipe (ceramic-lined composite steel pipe) has the characteristics of good wear resistance, corrosion resistance, and high-temperature resistance, and is widely used in power plants, mines, cement plants, coal mines, etc.

​Features:

1. Good wear resistance: The lining ceramic layer of the ceramic lined steel pipe is corundum ceramic, and its Vickers hardness is above 1100HV. It is especially suitable for conveying (solid-gas), (solid-liquid), solid,  and other media in electric power, mining, and coal industries. Its service life is more than 10 times higher than that of ordinary steel pipes.

2. Anti-corrosion and anti-scaling: Because corundum ceramic is a neutral material, it has the characteristics of being resistant to acid, strong corrosive medium and halogen salt corrosion, and also has anti-scaling performance.

3. Good high-temperature resistance: The ceramic-lined steel pipe can operate normally for a long time in the humidity range of -50℃ to 800℃, and the expansion coefficient of the composite pipeline is small.

4. Easy installation and construction: The weight of the product is lighter than other wear-resistant composite pipes of the same inner diameter, which can save 20%-35% of steel. It has heat resistance and mechanical shock resistance, so it can be connected by welding, flange, quick connector, etc. In this way, not only the construction and installation are very convenient, but also the installation cost can be reduced.

Reasons for Wear of Pipe

1. Mixing ratio: The lower the mixing ratio of material and air, the more serious the wear is.

2. Flow rate: The higher the flow rate of the material mixed with air in the pipeline, the greater the erosion and wear on the pipe wall.

3. Material properties: The more abrasive the material is, the more serious the wear will be.

4. Selection of pipe diameter and air volume: If the selection is improper, the wear will increase exponentially.

Finally, to prolong the service life of the ceramic composite steel pipe for pneumatic conveying, it is necessary to consider the mixing ratio of the conveyed material, the flow rate, and the diameter of the pipe. Simply increasing the hardness and thickness of the pipe wall is not the fundamental solution to the problem.

​Types:

Ceramic-lined composite straight pipe

Ceramic-lined composite elbow

Ceramic-lined composite tee

Ceramic-lined composite reducer

Ceramic-lined composite head

​Specifications:

1. Straight pipe: φ50—φ630

2. Elbow: 30°, 45°, 60°, 90°, 120°, 135°, 150° and other angles.

3. Tee: equal-diameter positive Y-type, oblique Y-type, special-shaped three-way.

4. four-way: equal diameter, different diameter, and other four-way.

5. Size head: all kinds of reducers.

​Scope of application:

Ceramic-lined steel pipe elbows are suitable for thermal power plants, mining, coal, steel, metallurgy, building materials, chemicals, and other industries, mainly for wear resistance, heat resistance, mechanical shock resistance, and thermal shock resistance. It is used for conveying ash, slag, pulverized coal, blast furnace coal injection, steelmaking red mud, sintered white ash, dust removal, ore powder, tailings, pulp, concentrate, ore powder, mud, cement, tin ore, copper ore, iron ore. It is an ideal wear-resistant pipeline for granular materials such as gold ore, sediment, and abrasive medium.

​Quotation notes:

1. After receiving the inquiry letter or drawing of the ceramic composite pipe from the customer, our company will provide the customer with the quotation list, delivery date, and other instructions as soon as possible.

2. Please indicate the specification and model: the inner diameter and outer diameter of the connecting pipe, and the angle and radius of curvature of the elbow should be provided separately, and whether there are other requirements at both ends of the elbow.

3. If you have the following instructions, please provide them together: specific requirements such as the working conditions of wear-resistant ceramic pipes, installation environment, fluid medium, temperature range, pressure range, etc.