頂尖品質 技術卓越
Product

Product

Fluoroplastic TubingFluoroplastic Tubing

Fluoroplastic Tubing

Composite Fluoropolymer TubingComposite Fluoropolymer Tubing

Composite Fluoropolymer Tubing

Convoluted TubingConvoluted Tubing

Convoluted Tubing

Fluoroplastic Heat Shrink TubingFluoroplastic Heat Shrink Tubing

Fluoroplastic Heat Shrink Tubing

Fluoroplastic FabricatingFluoroplastic Fabricating

Fluoroplastic Fabricating

Continuous Service Tempertaure

-80 ~ 260°C

Continuous Service Tempertaure
Tensile strength

140~350kgf/cm2

Tensile strength
Elongation of Break

250~400%

Elongation of Break
Friction coefficient

0.05-0.200

Friction coefficient
Chemical Resistance

Excellent

Chemical Resistance
Extrustion Pressure 400 to 1*

3651psi

Extrustion Pressure 400 to 1*
This website uses data as representative values, provided solely for reference in choosing products and purposes. They should not be used as a basis for legal proceedings.
*The data presented is based on tests conducted with PTFE tubing ID4.8xOD6
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Fluoroplastic Applications

Fluoroplastic Applications

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Technology

Technical Guide

Chemical Resistance Data

Chemical Resistance Data

Theoretical Burst and Working Pressure for PTFE Tubing

Theoretical Burst and Working Pressure for PTFE Tubing

Bending radius for PTFE tubing

Bending radius for PTFE tubing

Bending radius for PTFE tubing
Summary of Properties for PTFE, PFA, and FEP

Summary of Properties for PTFE, PFA, and FEP

Solutions of heat exchanger

Question：

In order for the company to move the dangerous substance before the tank is full, they needed to cool the tank down to at least 50°C (the acid solvent was initially 141°C) within 4hours.

Solution：

We designed a skeletal structure machined from PTFE with hole cut-outs that would act as a mounting station for the PTFE tube. We then CUSTOM manufactured a PTFE Convoluted tube that had a wall-thickness of only 0.3mm and the diameter of the tube allowed it to be snuggly fitted onto the cut-outs of the mounting station.

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