15% Carbon Filled Teflon PTFE Tube filled PTFE benefits from improved compressive strength, reduced deformation under heavy loads, and better wear resistance than virgin PTFE. Because carbon is conductive, it is suitable for applications which require higher thermal conductivity than PTFE alone and also becomes static dissipative due to its electrical conductivity. Carbon may be added in the form of powder or fibre. It can be abrasive, but not to the same extent as glass
Style KXT COU98-15 15% Carbon Filled Teflon PTFE Tube
Advantages:
• Carbon enhance the creep and wear resistance to standard PTFE
• Extremely good chemical resistance against virtually all media
• Moderately electrical conductivity
• Good sliding properties
• Creep resistance
• Anti-static
Application:
• Pump and instrument construction
• Food and medical technology
• Chemical engineering parts
• Electrical industry
• Pump housings
• Shaft bearings
• Valve seats
Data sheet
Property |
Test Method |
Values |
Specific Gravity |
ASTM D 4894 |
2.1-2.25g/cm3 |
Tensile Strength |
ASTM D 4894 |
12-18 mpa |
Elongation |
ASTM D 4894 |
90-200% |
Shore D Hardness |
BS EN 13000-2 |
60-66 |
Temperature Range |
- |
-200 oC - 260 oC |
Material |
- |
15% carbon powder+PTFE |