High-Throughput Semiconductor-Grade Fluoropolymer

Everflon™ PFA GC410

Optimized with nominal MFR 8 for faster line speeds, enhanced draw-down capability, and uncompromising sub-nanometer ionic purity.

Balanced flow meets extreme cleanroom purity.

Tailored for high-speed chemical tubing extrusion and complex multi-cavity injection molding.

8.0 g/10m

Medium-Flow Melt Efficiency

Optimal melt index enabling larger draw-down ratios, faster line outputs, and lower injection pressures in tight-tolerance component molding.

260°C (500°F)

Thermal & Chemical Stability

Continuous retention of physical toughness, high modulus, and zero degradation in hot ozonated chemicals and aggressive etching acids.

500,000

MIT Flex Endurance

Exceptional environmental stress-crack resistance (ESCR) ensuring prolonged operational cycles for high-purity fluid handling valves and tubing.

Enhanced Polymer Architecture

Ultra-High Purity & Inertness

Engineered with chemically modified perfluorinated end groups for critical ozone and chemical contact.

O₃ Inert

Ozonated Fluid Resistance

Special polymer modification ensures zero cracking or surface oxidation when conveying aggressive ozonated DI water and SC-1 cleaning chemistries.

< 10 ppt

Trace Metal Extraction

Strict trace metal control prevents ion contamination across Fe, Cu, Ni, Cr, Zn, and Ca, protecting sub-2nm wafer manufacturing yields.

Zero Extract

Low Fluoride & TOC

Additive-free formulation delivers improved optical clarity, lowest extractable fluorides, and minimal TOC contribution to ultra-pure water.

100% Stable

Perfluorinated End Groups

Complete end-group fluorination eliminates thermal off-gassing, prevents micro-bubble formation, and ensures superior melt strength during processing.

Versatile Manufacturing Applications

Semiconductor & Fluid Systems

Engineered for faster cycle times, seamless weldability, and extreme corrosion resistance.

High-Speed Tubing Extrusion

High melt strength supports larger draw-down ratios and higher extrusion line speeds for continuous PFA chemical tubing and co-extruded dual-containment lines.

Complex Multi-Cavity Moldings

Nominal MFR 5 enables effortless cavity filling for thin-walled flare fittings, complex valve bodies, union nuts, and multi-port fluid manifolds.

Unsupported Pipe Linings

Ideal for transfer molding and rotomolding of unsupported pipe liners, chemical vessels, and columns for ultra-pure bulk chemical plants.

High-Precision Instrumentation

Provides non-stick, chemically inert wetted surfaces and reliable dielectric insulation for ultrasonic flowmeters, pressure sensors, and analytical probes.

SEMI F57 & FDA Compliance

Everflon™ PFA GC410 resin complies with SEMI F57 specifications for ultra-pure chemical distribution and meets FDA 21 CFR 177.1550 standards for fluid handling equipment[cite: 1].

Technical Specifications

Typical property values for Everflon™ PFA GC410 high-throughput semiconductor-grade resin.

Property Parameter	Test Standard	Unit	Typical Value
Melt Flow Rate (372°C / 5.0 kg)	ASTM D3307 / ISO 12086	g/10 min	8.0 (6.0 – 12.0)
Specific Gravity	ASTM D792	—	2.15
Tensile Strength (23°C / 73°F)	ASTM D3307	MPa (psi)	26 (3,800)
Tensile Strength (250°C / 482°F)	ASTM D3307	MPa (psi)	10 (1,400)
Ultimate Elongation (23°C)	ASTM D3307	%	320
Melting Point (DSC)	ASTM D4591	°C (°F)	305 (581)
MIT Folding Endurance	ASTM D2176	Cycles	50,000
Dielectric Constant (1 MHz)	ASTM D150	—	2.03

Fabrication Guidelines & Logistics

Packaging & Processing

Class 100 cleanroom packaging integrity paired with efficient melt processing parameters.

Cleanroom Packaging

Packaged in anti-static, multi-layer cleanroom-grade polyethylene bags (25 kg / 55 lb net)[cite: 1] encased in rigid, sealed drums to eliminate moisture absorption and particulate ingress.

Processing Temperature

Typical melt temperatures range from 350°C to 390°C (662°F – 734°F). Melt temperature must not exceed 400°C (752°F) to avoid polymer thermal degradation.

Corrosion-Resistant Tooling

All melt contact components (screws, barrels, tool dies, nozzles) must be constructed from high-nickel alloys such as Hastelloy® C-276 or Inconel® 625.

Recommended Extruder Heating Zone Setup

Rear (Feed Zone): 330°C – 350°C | Middle (Compression): 350°C – 370°C | Front (Metering): 365°C – 385°C | Die / Adapter: 375°C – 390°C