PTFE lined pipe

Shelf time:
2022-05-04
Power:
T-series Reducer
Torque:
1.4N·m~23200N·m
Torque Characteristic:
0.06~1090r/min
Description:
After years of practical use, the factors that directly affect the service life and performance stability of steel lined PTFE pipelines are temperature, pressure, medium, etc. High quality materials and advanced manufacturing processes are the quality assurance of PTFE lining products. Since the introduction and research of PTFE lining technology, our company has successfully produced large-scale lining products through the unremitting efforts of engineering and technical personnel over the years

Product details description

After years of practical use, the factors that directly affect the service life and performance stability of steel lined PTFE pipelines are temperature, pressure, medium, etc. High quality materials and advanced manufacturing processes are the quality assurance of PTFE lining products. Since the introduction and research of PTFE lining technology, our company has successfully produced large-scale lining products through the unremitting efforts of engineering and technical personnel over the years

Its characteristics are as follows: Firstly, under strong corrosive medium conditions, it can meet the temperature range of -20 ° C to 240 ° C, which can meet the requirements of all chemical media

2: Vacuum resistant can be used under vacuum conditions. In chemical production, local vacuum states are often caused by cooling, longitudinal discharge, asynchronous operation of steel lined PTFE pipeline pumps and valves, etc

3: High pressure resistance within the temperature range, capable of withstanding up to 3MPA of operating pressure

4: High quality polytetrafluoroethylene resin is selected for impermeability, and processed into a high-density, sufficiently thick PTFE lining layer through advanced lining technology, giving the product superior impermeability

5: The overall molding and sintering process lining solves the problem of steel fluorine cold and hot expansion, enabling it to achieve synchronous expansion and contraction


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