| Customization: | Available |
|---|---|
| Material: | PTFE |
| Water Absorption: | ＜0.01% |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Liney PTFE Hoses/ PTFE Tubes/ PTFE Pipes
100% virgin PTFE tube are made by plunger extrusion of suspension polymerized PTFE resins. So that the fiber orientation, and after drying, high temperature sintering, shaping process and made of hose, usually packed in roll.
PTFE tubing is manufactured by RAM extruding method with PTFE granular resin.
Specifications
1. PTFE tubing:
OD: 0.5~25mm T: 0.1~2.5mm Length: Produced under requirements it is used to exectric insulated parts in high frequent conditions.
2. PTFE pipe:
OD: 25~250mm T: 1.5~8mm Length: 1M~8M
It is used for corrossive fluids, they are anti-corrossive with almost all chemical media, including nitricacid and sulphuric acid, besider, they may work properly in the temperature between 230 degree and 253 degree for a long period while other pipes could not meet this condition.
3. PTFE bushing:
OD: 25~2000mm T: 5~500mm Length: 100~300MM
We can filled all kinds of compound, for example: Carbon, glass fiber, graphite, MOS2
Applications
PTFE Tubes areused as antisticking materials and high/low temperature resistance, corrosion resistance and other properties are widely used in chemical industry, machinery, automobile, chlor-alkali industry, electric heating pipe, pulp, steam, compressed gas, heat exchanger, paint, textile, medicine, pharmacy, bicycle, coffee machines and other industries, mainly used for catheter.
Images
| Filled PTFE Products have strong corrosion resistance and friction-resistance,By addifiller such as glass fiber,carbon fiber,copper powder,graphite,asbestos,MOS2,AL2O3,carbon powder,ceramic fiber,metal powder,polyamide,PS,the hardness,compression strength and abrasion resistance of the products is improved ,in addition,it will have good heat conductivity and low heat expansion coefficient. |
|||
| Glass Fiber: | Increases compressive strength, rigidity and wear. | ||
| Reduces creep and cold flow | |||
| Minimal effect on chemical and electrical properties | |||
| Carbon: | Increases compressive strength, hardness, wear, and load properties. | ||
| Good chemical resistance | |||
| Various types and amounts of carbon can be added to alter conductivity | |||
| Graphite: | Reduces coefficient of friction | ||
| Reduces initial wear | |||
| Increases strength | |||
| Molybdenum Disulfide: | Increases hardness, stiffness, and wear | ||
| Minimal effect on chemical and electrical properties | |||
| Bronze: | Increases hardness and wear resistance | ||
| Increases dimensional stability and compressive strength | |||
| Not suitable for corrosive or electrical applications | |||
| Main Properties | Unit | Result | |
| Properties | |||
| Apparent Density | g/m³ | 2.10-2.20 | |
| Tensile strength(mm) | Mpa | 20 | |
| Ultimate elogation(min) | % | 200 | |
| Residual Lubricant Content(max) | % | 0.5 | |
| Dialectric Strength(min) | KV/mm | 10 | |
){kind=link}