Fibracon® PTFE + 10% Carbon Fibre
Characteristics: Low wear when lubricated with water ✓ Reduced deformation under load (improved compressive strength) ✓ Improved thermal and electrical conductivity ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 10% Carbon+ 5% Graphite
Characteristics: Soft carbon offers reduces tool wear compared with other carbon filled PTFE ✓ Improved thermal and electrical conductivity ✓ Reduced deformation under load ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 10% Ekonol
Characteristics: Good wear resistance ✓ Improved stability at high temperatures ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 10% Polyimide
Characteristics: Good dimensional stability ✓ Good wear resistance ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 15% Carbon
Characteristics: Low wear when lubricated with water ✓ Reduced deformation under load (improved compressive strength) ✓ Improved thermal and electrical conductivity ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 15% Carbon Fibre
Characteristics: Low wear when lubricated with water ✓ Reduced deformation under load compared to virgin PTFE ✓ Good thermal conductivity ✓ Electrically conductive ✓
Fibracon® PTFE + 15% Glass
Characteristics: FDA approved grades of glass filled PTFE are available ✓ Good wear properties ✓ Reduced deformation under load ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 15% Glass + 5% MoS2
Characteristics: High hardness ✓ Lower co-efficient of friction than glass filled PTFE ✓ Reduced deformation under load ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 15% Graphite
Characteristics: Improved thermal and electrical conductivity ✓ Reduced deformation under load ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 20% Carbon Fibre
Characteristics: Low wear when lubricated with water ✓ Reduced deformation under load (improved compressive strength) ✓ Improved thermal and electrical conductivity ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 20% PEEK
Characteristics: Good dimensional stability ✓ Good wear resistance ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 20% Polyimide
Characteristics: Good dimensional stability ✓ Good wear resistance ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 23% Carbon+ 2% Graphite
Characteristics: Good for dry and poorly lubricated environments ✓ Good thermal conductivity ✓ Electrically conductive ✓ Reduced deformation under load compared to virgin PTFE ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 23% Glass+ 2% MoS2
Characteristics: High hardness ✓ Lower co-efficient of friction than glass filled PTFE ✓ Reduced deformation under load ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
Fibracon® PTFE + 25% Carbon filled
Characteristics: Low wear when lubricated with water ✓ Reduced deformation under load (improved compressive strength) ✓ Improved thermal and electrical conductivity ✓ || Industries: Chemical Processing Industry | Vehicle Construction | Electronics | Oil and Gas | Mechanical Engineering Industry | Healthcare | Food Industry | Wind Energy
2–4 February 2027
Farnborough International Exhibition Centre
2–4 February 2027
Farnborough International Exhibition Centre