Everflon™ PTFE Granular

Properties:

High performance fluoroplastic with excellent temperature, chemical and low friction performance.

Low coeffecient of friction Upper service temperatures to 260°C Strong chemical and solvent resistance Ease of processing (compression molding) Finished shapes require sintering

Everflon™ PTFE — Fine Powders

Properties:

Excellent chemical resistance, lubricity properties, wide service temperature range, and dielectric performance.

Processed via paste extrusion Upper service temperatures to 260°C Strong chemical and solvent resistance Must be stored below 66°C Excellent mechanical strength (Hose/Tubing)

Everflon™ PTFE — Micro Powder

Properties:

Lower molecular weight, smaller particles (2 to 20 µm) than PTFE.

Non-melt processable Additive to other host materials Low molecular weight Can enhance lubricity of finished articles Excellent chemical and solvent resistance Well suited for coatings

Everflon™ FEP

Properties:

Excellent processability in general purpose and high speed wire and cable constructions.

Melt processable Superior electrical properties Upper service temperatures to 200°C Strong chemical and solvent resistance Ease of processing (wire & cable extrusion) Good low temperature performance

Everflon™ PFA

Properties:

Combines ease of processing with similar properties to Everflon™ PTFE.

Melt processable Upper service temperatures to 260°C Strong chemical and solvent resistance High purity variants available Excellent low temperature toughness

Everflon™ ETFE

Properties:

Superior impact strength, abrasion and cut through resistance when compared to PTFE, FEP and PFA.

Melt processable Upper service temperatures 150°C – 200°C Excellent abrasion resistance Superior electrical properties Ease of processing

Everflon™ Aqueous Dispersions

Properties:

Provides PTFE performance characteristics in a liquid dispersion.

Used as a coating/additive to articles Available in PTFE, FEP and PFA formulations Practical application methods

Everflon™ Fluoropolymer Powders

Properties:

Fluoropolymer technology in powder coatings is an innovation that has set new standards.. Notably, fluoropolymer in powder coatings is leveraged for its exceptional durability and resistance to environmental factors.

Exceptional Weather Resistance Available in ETFE, FEP and PFA formulations Chemical Resistance Quality Finish

Techyours™ Fluoropolymer Extrusions

Fluoropolymer tubing stands out among other materials for its exceptional versatility and array of unique properties, and each type of fluoropolymer provides distinct advantages to various applications. Whether you seek tubing with high tensile strength, tubing with exceptional chemical resistance, or tubing with a high use of temperature, you're sure to find it in the Techyours™ collection of fluoropolymer tubing

Everflon+™ Fluoropolymer Color Concentrate

Properties:

Masterbatch and Pre-colored on the basis of  ETFE, FEP and PFA.

Techyours™ Fluoropolymer Coatings

PTFE industrial coatings are commonly used in mold release applications for products such as golf balls and rubber mats, but can be utilized in multiple applications and uses.

Cathay™ Fluoropolymer Films

These non-wetting, non-charring films have no electrical tracking.

Chemical compatibility, inertness, and solvent-resistance to nearly all chemicals Superior anti-stick and low frictional properties with high resistance to impact and tearing Useful physical properties at cryogenic temperatures Long-term weather resistance, including a high transmittance of ultraviolet radiation and other radiation (except for far infrared [FIR])

Everflon+™ Foam Fluoropolymers

Properties:

Chemical and Physical form type

Everflon+™ Conductive/Anti-Static Fluoropolymers

Properties:

Supply as FEP, PFA and ETFE compound.

Everflon+™ Conductive fluoropolymers are manufactured as ready-to-use products and used in self-regulating or constant wattage heater cables, static dissipative fuel lines, and other applications where conductivity or static dissipation is required. C&F offers standard conductive grades in ETFE FEP and PFA