Everflon™ PTFE micro powders additiv
Everflon™ PTFE micro powders additive
Part of the Everflon family of fluoropolymers, Everflon PTFE micropowder is a white, free-flowing
polytetrafluoroethylene (PTFE) resin used as an additive in other materials and systems.
Unlike Everflon™PTFE granular and fine powders, Everflon™ fluoroadditives have:
Small particle sizes ranging from 2 to 20 µm
Low molecular weight
Different particle shapes and morphology
Versatility that allows use over a wide temperature range
Depending on how they are handled and processed, these fluoroadditives provide nonstick properties and improve lubricity, wear resistance, and reinforcing properties.
Features and Benefits of Everflon™ Fluoroadditives A wide variety of industries depend on Everflon fluoroadditives for specific benefits, such as their ability to infuse hosts with some of Everflon™ PTFE's more unique properties.
Enhance abrasion resistance
Reduce surface contamination
Reduce the coefficient of friction and mechanical wear
Modify appearance
Everflon fluoroadditives are primarily intended for use as additives in mixtures with other can:
Thermoplastic parts, like gears, benefit from improved wear resistance, reduced friction, and elimination of stick-slip behavior.
Diverse environments that use elastomer seals see improved tear and abrasion resistance.
Lithographic, flexographic, and gravure inks gain better image protection and higher productivity.
All-purpose solid lubricants can use Everflon fluoroadditives alone in powder form or in a paste or spray. When dispersed in water or organic solvents, the powder provides another option for direct or additive use. In paste form, it's able to protect wear surfaces in hostile environments and improve the performance of high-performance sealants.
Everflon™ recommends against using fluoroadditives as molding or extrusion powders because of their inherent low molecular weight. Learn more about safe handling and use in the individual product technical data sheets.
Everflon™ PTFE Parameter
| Type and Grade | Characteristics | Applications |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
| PVDF H2003 | MFI: 2-4 for moulding pellets | Seals, valve seats, gaskets, tank lining |
Explore Everflon™ PTFE Micropowder Additives
Partical Size 1-3um
Partical Size 3-5um
Partical Size 12-17um
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About Everflon and Fluoropolymers
Everflo™PVDF (Polyvinylidene Fluoride) is a melt processable fluoroplastic. Polyvinylidene fluoride (PVDF) is valued for its toughness, stability, and distinct engineering advantages. For example, if you need a polymer that will withstand exposure to harsh thermal, chemical, or ultraviolet conditions, porous PVDF offers superior stability similar to the performance of fluoropolymers in these environments.
PVDF is the homopolymer of 1, 1-di-fluoro-ethene. Its highly desirable insolubility and electrical properties result from the polarity of alternating CH2 and CF2 groups on the polymer chain. An extremely hard material, porous PVDF may be used at temperatures from -80 to 300°F (-62 to 149°C). No oxidation or thermal degradation occurs during continuous exposure to 300°F (149°C). It is available for custom molded shapes.
Everflo™PVDF (Polyvinylidene Fluoride) is a melt processable fluoroplastic. Polyvinylidene fluoride (PVDF) is valued for its toughness, stability, and distinct engineering advantages. For example, if you need a polymer that will withstand exposure to harsh thermal, chemical, or ultraviolet conditions, porous PVDF offers superior stability similar to the performance of fluoropolymers in these environments.
PVDF is the homopolymer of 1, 1-di-fluoro-ethene. Its highly desirable insolubility and electrical properties result from the polarity of alternating CH2 and CF2 groups on the polymer chain. An extremely hard material, porous PVDF may be used at temperatures from -80 to 300°F (-62 to 149°C). No oxidation or thermal degradation occurs during continuous exposure to 300°F (149°C). It is available for custom molded shapes.
Everflon™ PTFE Significant others
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