Molded Process Pipe
Introduction
- Product Description
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• Core process: PTFE powder is injected into an elastic mold, followed by isostatic pressing and high‑temperature sintering, resulting in a “steel–PTFE monolithic” bond with the steel tube. This produces a material with high density and strong interfacial adhesion.
• Key parameters: Temperature resistance: −50 to 180°C (up to 260°C under isobaric conditions); pressure resistance: 0.096 to 3.0 MPa; supports both positive and negative pressures across the full temperature range; compatible with nominal sizes from DN25 to DN700.
• Typical advantages: excellent temperature and pressure resistance, addressing the thermal‑expansion mismatch between steel and fluoropolymer to ensure synchronized expansion and contraction, with no delamination or collapse.
• Application scenarios: Suitable for industries such as chemical processing, chlor-alkali, power generation, and rare earths; designed to withstand harsh operating conditions involving high temperatures, negative pressure, and rapid thermal cycling, such as the conveyance of highly corrosive gases and mixed acids.
• Limitations: Higher cost than tight‑fit liners, and demanding precision requirements for fabricating complex‑shaped tubular components.
Our company offers custom-designed, non-standard steel‑lined PTFE pipe fittings, manufactured to meet specific customer specifications and application requirements.
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Molded Process Pipe
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