Blog
Aug. 18, 2026
PFA is not a single material. Different applications require specific balances of melt flow rate, mechanical strength, chemical resistance, purity, and processing dynamics.
Engineered for applications ranging from industrial fluid tubing and wire insulation to high-purity chemical fluid handling and semiconductor components.
Available in versatile formats optimized for high-speed continuous extrusion, injection molding, and seamless rotational lining.
Designed to help engineers select the exact grade matched to their operating stress, temperature, and cleanliness requirements.
Everflon™ PFA delivers exceptional flexibility across all major melt-processing technologies:
High mechanical reliability and broad chemical resistance for standard and demanding industrial uses.
Designed for molding and extrusion requiring high resistance to environmental stress cracking.
Industrial tubing
Pipe linings
Heavy-duty films
Injection-molded parts
Blow-molded components
Workhorse grade for standard extrusion and injection molding requirements.
Thin-wall wire insulation
Intricate molded parts
Small injection components
Chemical handling tubes
Designed for high-speed extrusion lines and complex multi-cavity molding.
Wire & cable jacketing
Industrial fluid tubing
Precision molded parts
Appliance lead wire
Engineered for ultra-thin walls, micro-injection, and intricate geometries.
Thin-wall wire insulation
Intricate molded parts
Small injection components
Precision connectors
Designed for chemical fluid handling where high purity and low extractables are critical.
Low MFR high-purity resin with superior resistance to environmental stress cracking (ESCR).
Mid-range MFR high-purity resin for standard high-purity fluid handling tubes and components.
High-MFR high-purity resin engineered for precision molded components, valves, and fittings.
Ultra-high-MFR high-purity resin for injection molding and thin-wall extrusion applications.
Everflon™ PFA E-series products are specifically positioned to meet demanding semiconductor cleanroom requirements involving ultra-low extractables and minimal outgassing.
Engineered for static elimination and large-scale rotational vessel linings.
Engineered for applications requiring static-dissipative performance to prevent electrostatic discharge in explosive or solvent-heavy environments.
High-grade fluoropolymer powder formulated specifically for rotational molding and thick-film chemical vessel lining applications.
The selection process begins with the application. Follow these 4 engineering evaluation steps:
Tubing, Wire, or Cable?
Fittings, Valves, Linings?
Films or Molded Parts?
Extrusion
Injection / Transfer Molding
Compression / Blow Molding
Rotational Molding
Temperature & Pressure
Chemical Exposure
Mechanical Stress & Flexing
Thermal Cycling
General-purpose performance
High-purity GC series
Semiconductor E-series
Static dissipative C series
The objective is not to select the most advanced material available. The objective is to select the right material for your specific application.
Consult Our Technical Engineering Team