
Materials
- PTFE+ 20% Bronze + 7% Ekonol+ 3% Graphite
- PTFE + 15% Glass-fiber + 5% MoS2
- PTFE + 10% Carbon
- VFG-GreenVX1-BlueMaroon
- PTFE + 15% Carbon (EG31)
- PTFE + 20% Bronze + 10% Carbon Fiber + 5% Graph.
- PCTFE
- PTFE + 15% Glass-fiber
- PTFE + 20% Ekonol
- PTFE + 45% bronze + 5% MOS2
- Virgin PTFE
- PTFE + 10% PPS + 5% Carbon Fiber + 5% Graphite
- FEP
- PTFE + 15% Carbon (EG31)
- PTFE + 25% Graphite
- PTFE + 33% Carbon
- PTFE P84
- PTFE + 50% Bronze + 10% Graph.
- Vespel® SP 22
- PFA
- TFM + 15% Glass-fiber
- PTFE + 50% Stainless Steel
- PTFE P84 + Graphite
- PTFE Vierge
- PTFE + 15% Carbon Fiber + 10% Graphite
- PEEK
- TFM Conductive
- PTFE + 10% Ekonol
- POM-H + PTFE
- PTFE + 10% PPS
- PEEK + 10%PTFE (VF 610)
- Vespel® SP 21
- MPTFE or TFM®
- PTFE + 15% Graphite
- PTFE + 15% Carbon
- Peek PVX
- PEEK Carbon Fiber
- Vespel® SP 211
- ETFE
- PTFE + 25% Glass-fiber
- PTFE + 60% Bronze
- PTFE P84
- Peek PVX
- PTFE P84 Graphite
- PFA
- PTFE Conductive
- PTFE + 22% Carbon + 3% Graphite
- PTFE + 10% Carbon Fibers
- PTFE + 27% Carbon
- PTFE + 40% Bronze + 10% Graph.
- Vespel® SP 1
- PTFE Conductive
- TFM Conductive
- TFM WRG (Wear resistant gray)
- MFA
- PFA Conductive
- PEEK BG
- PEEK CF
- PTFE + 5% Glass
- PTFE + 25% Glass Balls
- PTFE + 15% Glass-fiber
- 15% Glass-fiber 5% MoS2
- PTFE + 15% Graphite
- PTFE + 22% Carbon + 3% Graphite
- PTFE + 15% Carbon Fiber + 10% Graph.
- PTFE + 10% Ekonol
- PTFE + 20% Bronze + 10% Carbon Fiber + 5% Graph.
- PTFE + 20% Bronze + 7% Ekonol + 3% Graphite
- 40% Bronze (+ green/blue)
- PTFE + 10% Carbon
- PTFE + 15% Carbon
- PTFE + 25% Carbon
- PTFE + 33% Carbon
- PTFE + 10% Carbon Fibers
- PTFE + 15% Carbon Fibers
- ECTFE
- PPS-GV
- PPS-BG
- PA
- PA6
- PA66
- POM
- UHMWPE
- PE-HD
- PETP
- PP
- PVC
- PTFE + 10% PEEK
- PTFE + 15% PEEK
- VF 610 (PEEK + 10%PTFE)
- PTFE + 10% PPS
- PTFE + 15% PPS
- PTFE Turquoise
- PTFE + 15% Special Mineral filler
- PTFE + 20% Aramid Fibers
- Sideflon Shiny
- PTFE+ 55% Irregular Bronze Powder Not Oxidizing + 5% Molybdenum Disulfide
- Granular PTFE Fine Cut Resin (300µm)
- Sideflon
- UPG Black
- 20GL5M5GR (20% Glass Fibers + 5% MOS2 + 5% Graphite powder + 70% PTFE
- PTFE + 10% PPSO2 + 10% CF + 5% GR
- PTFE + 15% Glass + non porous additive
- PTFE + 15% CERAMIQUE
- PTFE + 15% PPSO2 + 10% Graphite
- PTFE + 25% Glass-fiber
- PTFE + 20% Aromatic Polyester
- PTFE + 10% Aromatic Polyester
- PTFE + 15% PPSO2+ 10% Graphite
- PTFE +25% Glass Balls
- 40% Bronze(+ green/blue)
- PTFE+ 55% non-oxidizing Bronze + 5% Molybdenum Disulfide
- PTFE + 15% Quarts
- PTFE + 20% Glass Fibers + 5% MOS2 + 5% Graphite
- PTFE + 15% Carbon Fibers
- PTFE + 25% Graphite
- PTFE + 40% Bronze + 10% Graph.
- PTFE + 40% Bronze(+ green/blue)
- PTFE + 50% Bronze + 10% Graph.
- PTFE + 50% Stainless Steel
- PTFE + 60% Bronze
- PTFE P84
- PTFE + 45% bronze + 5% MOS2
- POM-H + PTFE
- PB72
- PTFE P84 + Graphite
- TFM + 15% Glass-fiber
- TFM + 25% Glass-fiber
- TFM + 25% Carbon
- PTFE + 15% Carbon (EG31)
- PTFE + 10% PPS + 5% Carbon Fiber + 5% Graphite
- FEP (éthylène propylène fluoré)
- VFG-GreenVX1-BlueMaroon
Tubes
Tubes are available in different materials and can be shaped and cut according to your needs. Vanéflon can execute various production techniques to meet your requirements: vertical compression molding and extrusion molding. Vanéflon guarantees tolerances up to 0,1 mm. Its big stock makes for fast delivery times. If you have specific requirements, tailormade production is possible.
Vertical compression molding
Vanéflon has more than forty years of experience in the fabrication of vertically compression molded semi-finished products. The in-house production process allows Vanéflon to manufacture tubes with outstanding uniformity. Materials without cracks, air entrapments and bubbles are thus obtained.
The vertical compression molding process allows for low-stress parts with excellent dimensional, chemical and mechanical characteristics. Compression molding has the ability to mold large and fairly intricate parts. It is also one of the lowest cost molding methods. Moreover it wastes relatively little material, giving it an advantage when working with expensive compounds.
Key properties:
- Diameter: max. 1.250 mm
- Length: max. 300 mm
- Excellent dimensional, chemical and mechanical characteristics
- Little waste
- Consistent high quality
- Continuous quality process control
Extrusion
In extrusion molding granulates will be melted into a liquid. This liquid will then be forced through a die, forming a long tube like shape. The extrusion is then cooled and forms a solid shape which can undergo different operations (cutting, coiling …). Extrusion molding is a continuous technique
Extrusion molding provides considerable flexibility in manufacturing products with a consistent cross-section. It also has a relatively low cost compared to other molding processes. Leftover materials can be reused. Extrusion molding has the incredible advantages that there are no constraints in length.
Key properties: