Self‑Propagating Ceramic‑Lined Pipe

Ultra‑wear Composite

Steel piping with in-situ synthesized ceramic layer via shs—offering superior abrasion, corrosion, and thermal resistance.

Self‑Propagating Pipe SHS Ceramic Lined Abrasion Resistant Pipe Corrosion Proof Pipe +1 More

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Self‑Propagating Ceramic‑Lined Pipe

Ultra‑wear Composite

Steel piping with in-situ synthesized ceramic layer via shs—offering superior abrasion, corrosion, and thermal resistance.

Self‑Propagating Pipe SHS Ceramic Lined Abrasion Resistant Pipe Corrosion Proof Pipe +1 More

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SHS ceramic-lined pipes feature self-synthesized alumina interior for 10‑20× more wear protection—ideal for abrasive, corrosive, and high‑temp industrial systems.

Self‑propagating ceramic‑lined pipes use SHS (Self‑Propagating High‑Temperature Synthesis) to form a dense, high-hardness ceramic layer inside a steel shell. The process mixes powdered alumina and iron oxide within the pipe, ignites them, and uses the heat of reaction to produce molten ceramic in situ. The spinning pipe casts this ceramic onto its inner wall, forming a seamless, tightly bonded lining.