Ceramic-Lined Low Carbon Steel Pipe

Abrasion & Corrosion Resistant

Low carbon steel pipes (q235 grade) with centrifugal shs-bonded alumina ceramic lining deliver 90% lower wear vs.

CERAMIC-LINED LOW CARBON PIPE Q235 CERAMIC PIPE ABRASION-RESISTANT STEEL TUBING CHEAP CERAMIC PIPE +2 More

Ceramic-Lined Low Carbon Steel Pipe

Abrasion & Corrosion Resistant

Low carbon steel pipes (q235 grade) with centrifugal shs-bonded alumina ceramic lining deliver 90% lower wear vs. bare steel. ideal for abrasive/corrosive applications in mining, power plants, and chemical industries. withstand 20 m/s particle flow, ph 1-14 chemicals, and -30°c to 300°c temperatures. custom sizes 25mm-120" od.

CERAMIC-LINED LOW CARBON PIPE Q235 CERAMIC PIPE ABRASION-RESISTANT STEEL TUBING CHEAP CERAMIC PIPE +2 More

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Optimized for industries prioritizing cost efficiency without sacrificing durability, these pipes combine Q235 steel’s weldability/formability with ceramic’s extreme wear resistance. Proven in coal mines and power plants globally, they cut slurry system maintenance costs by 50% while extending service life to 10+ years in severe abrasion environments.

Structure & Manufacturing

Base Material

Material Q235 low carbon steel (ASTM A53 Grade B equivalent)
Yield strength ≥235 MPa
Cost advantage Cost-effective alternative to stainless steel

Ceramic Lining

Composition 92-95% alumina oxide (α-Al₂O₃)
Thickness 4-6mm (centrifugal SHS process)
Mohs hardness ≥9.0 (3x harder than tool steel)

Bonding

Method Micro-roughened steel surface
Shear strength >12 MPa

Key Advantages

Ultra-High Wear Resistance

10-15x longer service life than uncoated pipes in coal slurry transport
Handles silica sand, iron ore tailings, and fly ash at 15-25 m/s flow rates

Chemical Protection

Ceramic barrier isolates steel from acids/alkalis (e.g., H₂SO₄, NaOH)
Optional epoxy sealing for pH <2 environments

Thermal Stability

Continuous use: -30°C to 300°C (short peaks to 500°C)
Avoid thermal shock >200°C/min

Economic Efficiency

40% lower cost than stainless-ceramic composite pipes
Reduced maintenance downtime and replacement frequency

Ceramic-Lined Low Carbon Steel Pipe

Ceramic-Lined Low Carbon Steel Pipe

Structure & Manufacturing

Base Material

Ceramic Lining

Bonding

Key Advantages

Ultra-High Wear Resistance

Chemical Protection

Thermal Stability

Economic Efficiency

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