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Company Dynamics


24-05

Application of FEP Heat Shrinkable Tube in Thermal Component Industry

FEP, all called fluorinated ethylene propylene copolymer, is a kind of advanced fluoroplastic material, known for its excellent heat resistance, chemical resistance and excellent electrical insulation properties. FEP heat shrinkable tube is a tubular product that can be tightly wrapped by heating, providing a full range of protection for these precision components.

24-05

Application of FEP Heat Shrinkable Tube in Sensor Industry

FEP, the full name of fluorinated ethylene propylene copolymer, is a high-performance fluoroplastic material. With our well-known PTFE (polytetrafluoroethylene) belong to the same fluoroplastic family, but FEP has more excellent transparency and lower coefficient of friction. FEP heat shrinkable tube, as the name suggests, is a tubular product made of FEP material that can be shrunk to a small part of its original size after heating, thereby tightly wrapping the target object, providing protection or improving its performance.

24-05

Production Process of FEP Shrinkable Tube and Its Application in Communication Field

FEP, all called fluorinated ethylene propylene copolymer, is a kind of fluorine plastic material with excellent chemical corrosion resistance, high temperature resistance and low friction coefficient. The FEP shaped heat shrinkable tube, as the name implies, is made of FEP material, under certain conditions can occur radial shrinkage of tubular products. This kind of heat shrink tube can tightly wrap the target object after heating treatment, forming a layer of protective layer, while maintaining its preset shape, that is, "shaping"

24-05

The performance difference between ePTFE and PTFE, how to calculate the public pressure of ePTFE?

EPTFE, full name "expanded Polytetrafluoroethylene", that is, "expanded polytetrafluoroethylene". It is a modified form of polytetrafluoroethylene (PTFE). Through a specific processing process, the originally tightly arranged PTFE molecular chains form an ordered microporous structure, thereby giving the material new performance characteristics.
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