Ceramic-Lined Carbon Steel Pipe

20x Wear Life For Abrasive Slurry Systems

Q235 carbon steel pipes with centrifugal shs-bonded alumina ceramic lining deliver 90% lower erosion than standard pipes.

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Ceramic-Lined Carbon Steel Pipe

20x Wear Life For Abrasive Slurry Systems

Q235 carbon steel pipes with centrifugal shs-bonded alumina ceramic lining deliver 90% lower erosion than standard pipes. engineered for mining slurry, power plant ash, and chemical transport, they withstand 40 m/s particle flow, ph 1-14 chemicals, and -30°c–300°c temperatures. reduce maintenance costs by 50% with 10-20x lifespan extension.

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Ceramic-lined carbon steel pipes are composite pipes that combine the mechanical strength of carbon steel with the high hardness and wear resistance of ceramic materials. The inner lining is typically made of corundum (α-Al₂O₃), which has a Mohs hardness of 9.0, equivalent to a Rockwell hardness of HRC90 or higher. This combination provides a durable solution for industries requiring resistance to abrasion and corrosion.

Key Features & Specifications

Key Features

High Wear Resistance

20x longer life than carbon steel
Corrosion Resistance

Inert to acids and alkalis
High Temp Resistance

Withstands up to 700°C
Smooth Interior

Reduces friction and energy use
Mechanical Strength

Combines steel and ceramic
Lightweight

Reduces handling costs

Specifications

Alumina Content	≥92% to ≥95%
Density	≥3.6 g/cm³ to >3.8 g/cm³
Rockwell Hardness	≥82 HRA to ≥90 HRA
Vickers Hardness	≥1150 HV10 to ≥1200 HV10
Bending Strength	≥290 MPa to ≥330 MPa
Impact Strength	≥1200 MPa to ≥1500 MPa
Temperature Range	–50°C to 700°C