Virgin or Filled Grade PTFE Teflon Tube

Model NO.
HDPTFE0011
Specification
Standard size and custom made are available
Trademark
Hongda
Origin
China
Production Capacity
200 Tons/Month
Reference Price
$ 7.20 - 45.00

Product Description

Product Description

PTFE material resists attack by heat and virtually all chemicals. It is insoluble in all organics with the exception of a few exotic strong base chemicals. Its electrical properties are excellent. Although it has high impact strength, its resistance to wear, tensile strength and creep resistance are low in comparison to other engineering type thermoplastics. Mechanical properties can be improved by adding fillers such as glass fibers, bronze, Delrin, carbon, and graphite.

Main Properties & Application

• Excellent corrosion resistance
• Good electrical insulation performance
• High temperature resistance
• Low coefficient of friction
• Good non-sticky properties

PTFE semi-finished rod,tube(bushing) and sheet is widely used in chemical anti-corrosion,mechanical seal,engineering piping,electrical insulation,pump&valve fluid,aviation,textile,ceramic and other industries.

Product Range

Standard semi-finished stock PTFE includes:
• Molded,extruded and skived sheets
• Extruded rods and tubes/bushing
• Molded rods and tube/bushing


Materials
•  Virgin,Modified PTFE
•  Filled PTFE/Reinforced PTFE

Technical Data of Teflon tube
Property Norm Value
Density(g/cm³) ISO1183 1.8~2.5
Tensile Strength at Break(Mpa) ISO527 18~30
Modulus of Elasticity(Gpa) ISO527 0.35~0.5
Elongation at break(%) ISO527 150~350
Hardness Shore(Shore D) Durometer 50~65
Temperature Range(°C ) / -196~260
Coefficient of Linear Thermal Expansion(10 -4 /°C) ISO11359 1.0 

Production ability:
Virgin or Filled Grade PTFE Teflon Tube
Application:
Virgin or Filled Grade PTFE Teflon Tube
Why choose us

• Full traceability on all material under ISO 9001:2015
• Reliable and brand raw material
• In-house tensile strength and elongation testing
• Hot size on stock and quick lead time
• With over 20 years of manufacture experience of fluoropolymers

 

LEGALIS.IT, 2023