Versatile Tep Tubing Solutions for Efficient Fluid Transfer Needs

Customization:	Available
Material:	FEP
Kind:	Other Type

Basic Information

Model NO.

fep tube

Type

PTFE Tubing

Water Absorption

<0.1%

Tensile Strength

14MPa

Certification

RoHS, Reach

HS Code

391721000

Production Capacity

30tons/Month

Application

Plastic Tubing

Product Introduction

High-performance FEP fluoropolymer (PTFE-modified) stands out with exceptional -200°C to 200°C thermal stability, plus top-tier chemical resistance, ultra-smooth non-stick surface, low friction and easy processability. Ideal for electronics, chemical, medical, aerospace fields. Custom pellets, sheets, tubes & films available. Strict quality control ensures reliable performance for global needs.

Thermal Stability
-200°C to +200°C

Low Friction
0.06-0.11 Coefficient

High Purity
Medical & Chem Grade

Technical Specifications

Properties	Sub-Category	Unit	Typical Values
Material Properties	Specific gravity	g/cm³	2.14-2.17
	Melting point	℃	288
	Working temperature	℃	-80 to +200
	Absorption rate	%	<0.01
	Thermal expansion	℃	8-11
Mechanical Properties	Tensile strength	Mpa	14
	Elongation at break	%	160
	Rigidity	SH	R45
Electrical	Volume resistivity	ΩM	1*10¹⁸

Code	3*2	4*2.5	6*4	8*5	1/8*1/16	1/4*1/8	3/8*1/4
OD(mm)	φ3.0	φ4.0	φ6.0	φ8.0	φ1/8"	φ1/4"	φ3/8"
ID(mm)	φ2.0	φ2.5	φ4.0	φ5.0	φ1/16"	φ1/8"	φ1/4"

Product Display

Frequently Asked Questions

What are your terms of packing?

Generally, we use carbon boxes with wooden boxes outside to ensure our products are safely delivered.

How about customized service?

The demand for product customization is available. Our customized service can provide unique and personalized plastic parts tailored to your requirements.

What is FEP and what are its main properties?

FEP (Fluorinated Ethylene Propylene) is a melt-processable fluoropolymer. It offers excellent chemical resistance, high electrical insulation, low friction coefficient, good transparency, and high thermal stability.

What are the typical applications of FEP products?

FEP is widely used in high-purity tubes, wire insulation, tank linings, non-stick coatings, semiconductor components, and medical devices.

What is the main difference between FEP, PFA, and PTFE?

PTFE has the best overall performance but is hard to process. FEP is more cost-effective than PFA and processable by injection or extrusion. PFA has higher temperature resistance and better flex life than FEP.

What is the continuous operating temperature of FEP?

FEP can be used continuously at temperatures up to 200°C, with short-term heat resistance up to approximately 220°C.