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| FT011 |
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| PTFE + 40% Bronze Polytetrafluoroethylene with 40% Bronze |
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| Properties:Excellent wear and compression resistance (low cold creep)Good thermal conductivityImproved coefficient of friction when combined with Mos² or graphiteApplications: Dynamic seals for wear resistance under high pressure, but when resistance to chemical corrosion is not a necessity. |
| PTFE + 60% Bronze Polytetrafluoroethylene with 60% Bronze |
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| Properties:Excellent wear and compression resistance (low cold creep)Good thermal conductivityImproved coefficient of friction when combined with Mos² or graphiteApplications: Dynamic seals for wear resistance under high pressure, but when resistance to chemical corrosion is not a necessity. |
| PTFE 60% bronze filled |
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| Improved compressive strength and thermal conductivity. |
| PTFE G416 Polytetrafluoroethylene 40% Bronze, 2% Carbon |
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| PTFE G Special Compound with bronze Properties: Enhanced compressive strength. Good wear resistance and high thermal conductivity.Application: Unlubricated bearings for high speed excluding hard surfaces. |
| PTFE G427 Polytetrafluoroethylene 40% Bronze, 5% Molybdenum Disulfide |
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| PTFE G Special Compound with bronze and molybdenum disulphiteInformation |
| PTFE G458 Polytetrafluoroethylene 60% Bronze, 2% Carbon |
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| PTFE G Standard Compound with bronzeProperties: Enhanced compressive strength. Good wear resistance and high thermal conductivity.Application: Unlubricated bearings for high speed excluding hard surfaces |
| PTFE, 24% Bronze, 12% Glass Fiber, 6% Graphite Filled |
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| PTFE compounds have the following advantage over unfilled PTFE:Improved compression strengthImproved thermal conductivityDecreased thermal expansionImproved abrasion resistance |
| PTFE, 60% Bronze Filled |
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| PTFE compounds have the following advantage over unfilled PTFE:Improved compression strengthImproved thermal conductivityDecreased thermal expansionImproved abrasion resistance |
