Ten years of dedication to anti-corrosion, Focused on fluoroplastic protection
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Our company manufactures PTFE flexible connectors, featuring a high‑quality PTFE inner lining and a reinforced outer structure. They offer exceptional resistance to strong corrosive environments, withstand extreme temperatures, and provide vibration damping and noise reduction. These connectors effectively compensate for thermal expansion and contraction in piping systems, while their flanged connections ensure easy installation. They are widely used in corrosive service conditions such as chemical processing, acid cleaning, and environmental protection applications.
Our company manufactures PTFE flexible connectors, featuring a high‑quality PTFE liner and a reinforced outer structure. They offer exceptional resistance to strong corrosive environments, withstand extreme temperatures, and provide vibration damping and noise reduction. These connectors effectively compensate for thermal expansion and contraction in piping systems, while their flanged connections ensure easy installation. They are widely used in corrosive service conditions such as chemical processing, pickling, and environmental protection applications.
Our company manufactures PTFE flexible connectors, featuring a high‑quality PTFE liner and a reinforced outer structure. They offer exceptional resistance to strong corrosive environments, withstand extreme temperatures, and provide vibration damping and noise reduction. These connectors effectively compensate for thermal expansion and contraction in piping systems, while their flanged connections ensure easy installation. They are widely used in corrosive service conditions such as chemical processing, acid cleaning, and environmental protection applications.
Both PO and PE lined pipes are steel‑lined plastic composite pipes, with carbon steel (primarily Q235B) as the base material. Their inner walls are lined with various thermoplastic layers, combining the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic lining. These pipes are widely used in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Both PO and PE lined pipes are steel‑lined plastic composite pipes. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic polymers. This design combines the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic layer, making these pipes widely used in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Steel-lined PE, PO, and PP pipes
Lined PO, PE, and PP pipes are all steel‑lined plastic composite pipelines. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic polymers. This design combines the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic lining, making these pipes widely used in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Steel-lined PE, PO, and PP pipes
Lined PO, PE, and PP pipes are all steel-lined plastic composite pipes. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic polymers. These pipes combine the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic lining, making them widely used in industries such as chemical processing, municipal engineering, food production, pharmaceuticals, and power generation.
Steel-lined PE, PO, and PP pipes
Lined PO, PE, and PP pipes are all steel-lined plastic composite pipes. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic layers. These pipes combine the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic lining, making them widely used in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Steel-lined PE, PO, and PP pipes
Lined PO, PE, and PP pipes are all steel‑lined plastic composite pipelines. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic polymers. This design combines the high strength and impact resistance of carbon steel with the excellent corrosion resistance and wear resistance of the plastic lining, making these pipes widely applicable in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Steel-lined PE, PO, and PP pipes
Lined PO, PE, and PP pipes are all steel-lined plastic composite pipelines. They use carbon steel (primarily Q235B) as the base material, with an inner lining of various thermoplastic layers. This design combines the high strength and impact resistance of carbon steel pipes with the excellent corrosion resistance and wear resistance of the plastic lining, making them widely used in industries such as chemical processing, municipal engineering, food processing, pharmaceuticals, and power generation.
Both the PO‑lined and PE‑lined storage tanks are steel‑lined plastic composite tanks, featuring a carbon steel (Q235B) shell with an inner lining of various thermoplastic materials, thereby combining the strength of steel with the corrosion‑resistant properties of plastics.
Steel-lined PE, PO, and PP storage tanks
Lined PO, PE, and PP storage tanks are all steel-lined plastic composite tanks, featuring a carbon steel (Q235B) shell with an inner lining of various thermoplastic materials, thereby combining the strength of steel with the corrosion‑resistant properties of plastics.
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