Application: Fluorocarbon coating
Peflon PVDF Powder is the homopolymer of vinylidene fluoride for coating, white powder, Scattered fineness,≤
25μm， PF-5P11 has fine chemistry corrosion resistance. fine ultraviolet rays and the high energy radioactivity resistance.
It can be used to produce powder coating as the fluorocarbon resin.
| Grade | Material Type | MFR (g/10 min) | Key Material Feature | Typical Application |
|---|---|---|---|---|
| PF-8P61 | Polvere di PVDF | Low | High molecular weight, low flow | Extrusion & structural molded parts |
| PF-8P62 | Polvere di PVDF | Low–Medium | Balanced flow and mechanical stability | General extrusion & injection molding |
| PF-8P63 | Polvere di PVDF | Medium | Improved flow for molding | Injection molded components |
| PF-8P64 | Polvere di PVDF | High | High flow, easier mold filling | High-flow injection products |
| PF-8P02E | PVDF Binder Grade | Medium | Stable viscosity, film-forming binder | Lithium battery electrode binder |
| PF-8P02B | PVDF Binder Grade | Low | High binding strength | High-loading battery electrodes |
| PF-8P04 | PVDF Membrane Grade | Low–Medium | Good solubility, controlled viscosity | PVDF membranes & filtration |
| PF-8P03 | PVDF Coating Grade | Medium | Fine particle size for coating | Fluorocarbon coatings |
| PF-8P11 | PVDF Coating Grade | 0.5–2.0 | High UV & chemical resistance | Architectural & industrial fluorocarbon coatings |
This dispersion exhibits remarkable non-stick attributes, corrosion resistance, and excellent thermal stability. Its low coefficient of friction and exceptional dielectric properties make it an ideal choice in demanding environments.
All Peflon PVDF Resin and Powder pass REACH, ROHS, and SVHC approved.
PFOA Free.
Peflon PVDF Powder is widely used in oil and natural gas, Oil & Gas, Medical, Food, new energy, construction, water treatment, and other fields, such as fluorocarbon paint, battery binder, water treatment membrane, solar back sheet, and so on.
Binder for battery anode or cathode matrixes
PTFE fabric is windproof, waterproof, breathable, insulating, and stain-resistant.
PTFE dispersion improves material's fire retardancy. When subjected to heat, the polymer within PTFE dispersion forms a flame-retardant layer, inhibiting flame spread and reducing potential dripping.
Used in water treatment systems. Such as drinking water, wastewater treatment plants, and desalination plants.
Impregnated packing is a prevalent practice, endowing the packing material with numerous superior characteristics and performance attributes. Impregnated packing is commonly utilized in sealing applications for valves, pumps, and glands.
PTFE dispersion in the manufacturing of dust control bags effectively enhances filtration efficiency, chemical resistance, high-temperature durability, while reducing pressure drop and energy consumption.
CAS No: 9002-84-0 Average particle size: 0.2-0.4μm PH: 8-10 Solid Content: 60 ±2% Application: impregnating, Coating, Dust Control, Binder for battery, Anti-drip additive
CAS No: 9002-84-0 Average particle size: 60-260 μm, Melt Point: 327±5℃, Application: Tube, Rod, Bar, Sheet, Plate, Seals
CAS No: 26655-00-5 MFR: 0.8-30 g/10 min, Melt Point: 310 ℃, Long-term working temperature: 260℃，Application: Liner of Pipe. Pumps, Valves and tank. Wire, Cable, Joint, Bearing. Film, Semiconductor etc.
CAS No: 9002-84-0 Average particle size: 450-750 μm, Melt Point: 327±5℃, Application: Flim, Tube, Wire & cable, Teflon Seal Tape, Coaxial cable, Hose, Electrical tape, Sleeving
CAS No: 9002-83-9 Long-term working temperature: -196°C to 125°C Application: Tablet Sheets, Sheet, Seals, Gasket, Aerospace, Medical, liquid nitrogen valve linings
CAS No: 25067-11-2 Melting point: 213°C Application: Valve, Pump and Pipe liner, Cable, Wire, Spark wire, ignition wire, Pipe, Tube, Film, Semiconductor
Ti contatteremo entro 1 giorno lavorativo, ti preghiamo di prestare attenzione all'email con il suffisso “@peflon.com”.
Ti contatteremo entro 1 giorno lavorativo, ti preghiamo di prestare attenzione all'email con il suffisso “@peflon.com”.
