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Filled with Glass Fiber Bronze PTFE Tubes

There are three types of PTFE tube 1.Paste Extruded Tube The tube is made by paste extruded with disperse rsin. 2.Plug Extruded Tube The tube is made by plug extruded with suspension rsin. 3.Molded Tube The tube is made by molded method....

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Material	Virgin PTFE and filled with other materials. Specified materials are also ok
Color	Please check the "color show" as following
Method	Molded and Extruded
Certification	ISO9001, ISO14001, FDA, Rosh
MOQ	According to the size and our stock
Sample	Free
Price	According to the specification, quantity and materials the more the cheaper.
Price
Package	Usually wooden case

The PTFE common tube is made by pressing a polytetrafluoroethylene dispersion resin at a normal temperature with an organic solvent as a squeezing agent, and then drying and sintering. According to the size of the pipe diameter, it can be divided into two types: ordinary pipe and micro pipe.

Specification

Specification of PTFE tube

	OD(mm)	Wall Thickness(mm)	Length(mm)
Paste Extruded Tube	0.5~25	0.1~2.5	According to customer's request
Plug Extruded Tube	25~250	1.5~8	According to customer's request
Molded Tube	25~2000	5~500	100~300

Details of PTFE filled with other materials :

Filled materials	Common filled ratio ( Quantity %)	Main performances
Bronze	40, 60	Increases hardness and wear resistance; Increases dimensional stability and compressive strength;
Carbon	5, 10, 15	Increases compressive strength, hardness, wear, and load properties. Good chemical resistance;Improves electrical properties.
Graphite	5, 10, 15	Improves the deformation under load; Reduces initial wear; Improves thermal and eletrical conductivity
Glass Fiber	10, 15, 25	Increases compressive strength, rigidity and wear. Reduces creep and cold flow; Improve Dimensional Stability.
Carbon Fiber	10 , 15, 25	Increases compressive strength, hardness, wear, and load properties. Reduces creep and cold flow
POB (polyphenyl ester)	5, 10, 15	Improve the lubrication performance;Enhance the mechanical strength; Increase using temperature
BaSO4	5, 10, 15	Increases compressive strength, hardness and wear resistance Reduces creep
SiO2	5, 10, 15	Increases hardness and wear resistance; Improve Dimensional Stability.
Glass beads	5, 10, 15	Reduces creep and cold flow;Lower density Increases hardness and wear resistance;
Others materials	PEEK(polyetheretherketone), PI(Polyimide), MoS₂ are also ok
Remarks	Some materials have similar enhancement effect, but degrees of enhancement are different. And they have different prices. More details please contact us.

Item	Pure PTFE	60% Bronze	20% Glass Fiber	15% Glass Fiber 5% graphite	20% Carbon fiber	Unit
Density	2.18	3.9	2.26	2.22	2.01	g/m3
Tensile strength	276	127	175	158	189	MPa
Elongation at break	238	101	207	205	92	%
ROCKWELL Hardness	3.2	33.8	6.4	11.3	32.1	-
Friction coefficient	0.13	0.18-0.2	0.20-0.24	0.15-0.17	0.16-0.18	-
Bending strength	207	280	210	225	320	°C

Product Features

Main features of pure PTFE sheet :

1. Temperature resistance ---It is able to work stably between -180°C to +260°C.

2. Excellent chemical corrosion resistance ---Applicable medium includes oil, acid solution and almost all chemical materials.

3. Excellent non-sticky property - --With low friction coefficient it easier to remove those resin, dopes, oil and other sticky things.

4. Anti-aging, weathering resistance.

5. Excellent insulation property.

6. Filled material: Filled PTFE products has more outstanding performance by adding filler such as carbon, graphite, bronze, glass fiber, carbon fiber, MOS2, PEEK, PI, POB BaSO4, SiO2, glass bead, polyamide.

Even if PTFE products have excellent properties, like high/low temperature resistance, chemcial resistance, weathering resistance, dielectric superiority and high lubricity, sometimes we still need to improve its hardness, wear resistance, creep resistance and dimensional stability.

Filled PTFE products has more outstanding performance by adding filler such as carbon, graphite, bronze, glass fiber, carbon fiber, MOS2, PEEK, PI, POB BaSO4, SiO2, glass bead, polyamide.

The forming process of PTFE pipe has push method, extrusion method, hydraulic method, welding method and winding method. A PTFE resin is generally used, having a particle size of 500 μm and an apparent density of 0.45 g/ml to 0.55 g/ml.

The mechanical strength of PTFE pipe is the same as that of steel pipe, with the advantages of steel pipe and plastic pipe.

Excellent anti-corrosion performance, effectively resisting the corrosion of pipelines caused by corrosive media such as acid and alkali

Smooth inner surface, increase pipe flow rate and reduce conveying resistance

The plastic-lined steel pipe is flanged for quick and easy installation.

Wide range of applications for harsh weather conditions

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