PTFE Compensator
(Total 5 Products)
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Brand:RayhotTransportation:Ocean,AirPackaging:Carton Packing and wooden box packagePlace of Origin:ChinaPTFE Bellows Compensators PTFE Bellows Compensators are a type of expansion joint designed to absorb thermal expansion and contraction, vibration, and misalignment in piping systems. They are suitable for use in a wide range of applications,... -
Brand:RayhotTransportation:Ocean,AirPackaging:Carton Packing and wooden box packagePlace of Origin:ChinaPTFE Lined Compensators: PTFE Lined Compensators are a type of flexible expansion joint that is specifically designed to handle corrosive fluids and gases in high-temperature applications. These compensators consist of a PTFE-lined metal shell that... -
Brand:RayhotTransportation:Ocean,AirPackaging:Carton Packing and wooden box packagePlace of Origin:ChinaSilicone covered PTFE hose: Silicone covered PTFE hose is a high-performance hose that is designed for use in a wide range of industrial applications. It is made from a combination of PTFE (polytetrafluoroethylene) and silicone, which gives it... -
Brand:RayhotTransportation:Ocean,AirPackaging:Carton Packing and wooden box packagePlace of Origin:ChinaSteel Lined PTFE Valve Production process: Steel lined PTFE valve is produced through a process called injection molding, which involves the injection of PTFE material into a steel valve body. Product performance: Steel lined PTFE valve has... -
Brand:RayhotTransportation:Ocean,AirPackaging:Carton Packing and wooden box packagePlace of Origin:ChinaPTFE Compensator Production process: PTFE compensator is produced through a process called molding, which involves the molding of PTFE material into a specific shape. Product performance: PTFE compensator has excellent chemical resistance, high...
PTFE compensators are an essential component in piping systems that are designed to handle high temperatures, pressure fluctuations, and corrosive media. These compensators are made from PTFE (polytetrafluoroethylene), which is a highly durable and chemically resistant material that can withstand extreme temperatures ranging from -200°C to +260°C.
PTFE compensators are designed to absorb thermal expansion and contraction in piping systems, which can cause stress and damage to the pipes if left unchecked. When the temperature of the piping system changes, the Ptfe Compensator expands or contracts to compensate for the thermal expansion or contraction, thereby reducing the stress on the pipes and preventing damage.
PTFE compensators are also used to absorb vibration and noise in piping systems, which can be caused by the flow of fluids or gases. The PTFE material used in these compensators has excellent damping properties, which help to reduce the vibration and noise levels in the piping system.
Types of PTFE compensators
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Ordinary PTFE compensator
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Steel-lined PTFE compensator, the outer body is stainless steel metal compensator, which can withstand various concentrations of acid, alkali and salt, and also has the pressure of stainless steel compensator, not afraid of collision advantages.
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Mesh sleeve PTFE compensator, the outer layer is stainless steel metal mesh sleeve.
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PTFE hose, through a special processing method, has changed the characteristics of the previous pipeline that cannot be bent. It can be used to connect mechanically low graphite, ceramic or glass pipelines, and can be used as tank cars, storage tanks, containers or reactors. The feed and discharge tubes.
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Performance characteristics: The PTFE compensator has changed the characteristics of the previous pipeline that cannot be bent through a special processing method, and can withstand various concentrations of acids, alkalis, and salts. It can be used to connect mechanically lower graphite and ceramic glass pipes, can be used as feed and discharge pipes for tank cars, storage tanks, containers or reactors, and can be used for pipe dislocation connections or to balance pipes caused by weather or other reasons. Displacement, size change or used to eliminate high-frequency mechanical vibration. In special occasions, it can also be used as a tubular reactor or heat exchanger.
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Application scope: chemical industry, petrochemical, oil refining, chlor-alkali, acid production, phosphate fertilizer, pharmaceutical, pesticide, chemical fiber, dyeing, coking, gas, organic synthesis, non-ferrous smelting, steel, atomic energy and high-purity product production (such as ion membrane electrolysis), Viscous material conveying and operation, food, beverage and other processing and production departments with high hygiene requirements.