|Place of Origin:
Payment & Shipping Terms:
|Minimum Order Quantity:
|25kg in Drum ; 1250kg in IBC Drum
|50T per Year
|25kg Drum Or IBC
|Fiber Glass Coating
FEP Dispersion / 50% Solid Content / Aqueous Liquid / No PFOA/ Fiber Glass Coating
Everflon® FEP Dispersion D50 is a off-white aqueous with non ionic surfactant. It provides inertness to nearly all industrial chemicals and solvents;stability at high temperatures;excellent dielectric properties; excellent weatherability and no-stick characteristics, using temperature is between -240°C (-400F) to 200°C (400F). It can be used to impart some the unique properties of FEP to end products that would be difficult to make using traditional melt extrusion processes.
FEP Dispersion could be used as anti-sticky coating and fiber impregnation industry, especially for polyimide film impregnation. It could be used to replace Dupont () and 3M (Dyneon) dispersion for production.
FT-D-1, FT-D-2, the aqueous fine-powder dispersion of fluorinated ethylene propylene with milky or yellowish color, is stabilized by non-ionic surfactant and has excellent flowing performance if melted. The products from FEP FT-D-1, FT-D-2 have outstanding thermal stability, distinctive chemical inertness, superior electrical insulation, low friction coefficient, and excellent air aging resistance. And it can be used at temperature up to 200°Cfor a long time.
Properties of Everflon FEP Dispersions
Everflon® FEP Dispersion can be used to coat or impregnate porous structures, or to make thin lms. It can be coated and melt bonded to polytetrafluoroethylene (PTFE) resin or used as a hot melt adhesive.
Data List of Everflon FEP Dispersion D50F
|% FEP by Weight
|Density of Dispersion
|Dispersion Partical Size
Main Processing Way of Everflon FEP Dispersion D50
Conventional dip or flow techniques can be used for coating or impregnating high temperature fabrics, fibers,and other products with Everflon® FEP D50. A FEP resin coating on woven fabrics made of high-temperatureresistant fibers, can be made by dip coating. Successive passes may be necessary to build the desired thickness to produce a smooth, crack-free coating. Each coating layer is usually dried to remove water (typically at 120 °C [250 °F]), baked to remove the wetting agent (typically at 270 °C [518 °F]), and then heated above the crystalline melting point of the resin particles (approximately 265 °C [509 °F]). If the
Everflon® FEP D50 is being used as a top coat over a PTFE-coated fabric or other parts, the coating must be heated to melt the PTFE (approximately 337 °C [639 °F]) to maximize adhesion.
Other solid or liquid ingredients can be added to Everflon® FEP D50 to provide specific processing or finished product behavior
Main Application of Everflon FEP Dispersion D50F
Fiber Galss Coating
Everflon® FEP D50 must be properly stored to maximize the stability of the dispersion. The FEP particles will settle on prolonged standing and/or on prolonged heating— temperatures above 40 °C (104 °F) should be avoided.
The dispersion must be protected from freezing,which will cause irreversible settling.
The optimum storage temperature range is 7–24°C (45–75 °F). If dispersions are to be stored for extended periods, lower-temperature storage is desirable.
For optimal performance, Everflon® FEP D50 should be gently mixed or rolled monthly and prior to use.
Storage and handling areas should be clean.Keep dispersiondrums closed and clean to avoid both contamination and coagulation by drying at the liquid surface. High processing temperatures will cause even very small foreign particles to become visible and/or to make defects in finished products.
Good housekeeping and careful handling are essential.