Semi-crystalline perfluorinated fluoropolymers（PFA&MFA）

Highest temperature ratings and broadest chemical resistance of all melt-processable fluoropolymers. They are ideal for extreme temperatures and chemical environments.

performance

Both powders and aqueous dispersions are used as coatings to enhance several properties of the substrate.
In particular, they can provide improvements in:

1. Chemical and weather resistance
2. Surface cleanliness
3. Water repellency
4. Surface gloss and smoothness

processing

Hyflon® PFA & MFA® Powder grades can be used in electrostatic spraying, rotational molding, rotational coating and other processes.
Hyflon® PFA & MFA® Aqueous dispersions can be used for coatings and impregnations.
Typical coating application methods include:

1. Spraying
2. Roller coating
3. Curtain coating method

apply

Hyflon® PFA & MFA® They are powders and aqueous dispersions that are used as coatings in the electronics and electrical, semiconductor, food processing and chemical industries.
Even at high temperatures, Hyflon® PFA coatings maintain near-universal chemical resistance, making them widely used.
Typical applications for Hyflon® PFA & MFA® powders and dispersions include:

1. Protective lining and coating
2. Release coatings
3. Anti-stick coatings

 
Protective lining and coating
Even at high temperatures, Hyflon® PFA coatings maintain near-universal chemical resistance, making them ideal for applications exposed to corrosive chemicals and gases. Specific applications include anti-shattering coatings and protective linings for pumps, valves, pipelines, scrubbers, reactors and heat exchangers. Hyflon® PFA powders and aqueous dispersions are used as coatings in a wide range of applications in the electrical, electronics, semiconductor, food processing and chemical industries.
Cookware & Industrial Fabrics
Hyflon® PFA/MFA® The dispersion has been successfully used in the formulation of anti-stick coatings for cookware and baking utensils; It can also be used as a surface layer in fabric and cloth impregnation processes (made of glass fibers or other high-temperature resistant fibers) to improve surface finish and gloss, improve abrasion and abrasion resistance, and provide better bondability required for heat sealing or lamination processes.