Fluoropolymer Manufacturing
High-Performance Fluoropolymer Solutions for Global Industry
From PTFE to PFA, FEP to ETFE — engineered resins for semiconductor, automotive, chemical processing, and energy sectors. ISO-certified. PFOA-free.
Engineered Fluoropolymer Resins
Complete range of high-purity resins for demanding industrial applications worldwide.
ETFE Resin
Tough fluoropolymer combining mechanical strength with chemical resistance. Excellent radiation resistance.
- MFI: 5-25 g/10min
- Temp: -100°C to +150°C
- Form: Pellet form
FEP Resin
Melt-processable fluoropolymer for extrusion and injection molding. Excellent clarity and chemical resistance.
- MFI: 2-30 g/10min
- Temp: -200°C to +200°C
- Form: Pellet form
PCTFE Resin
Ultra-low moisture permeability fluoropolymer for pharmaceutical and cryogenic applications. Excellent dimensional stability.
- MFI: Melt-processable
- Temp: -200°C to +190°C
- Form: Pellet/powder
PTFE Molding Powder
General-purpose PTFE molding powder for compression molding and ram extrusion. Excellent chemical resistance and low friction.
- MFI: N/A (non-melt processable)
- Temp: -200°C to +260°C
- Form: 25-650 μm
Proven in Real-World Applications
See how global manufacturers rely on Peflon materials in mission-critical systems.
Automotive Cable Project
A leading German automotive cable factory integrated Peflon PTFE and ETFE materials for high-performance wiring.
PTFE Sealing Solution for Hydrogen Energy
A German hydrogen energy plant utilized Peflon PTFE resin to produce sealing gaskets for hydrogen reactors.
Nonstick Coating Project
A Turkish coating factory chose Peflon PTFE dispersion to develop non-stick cookware coatings for the EU market.
Technical Insights & Guides
Expert knowledge on fluoropolymer selection, processing, and applications.
Types of Fluoropolymers and Their Applications
A comprehensive guide to PTFE, PFA, FEP, PCTFE, ETFE and their industrial applications.
What is PTFE Coating
Understanding PTFE coatings, their safety profile, and proper usage guidelines.
PTFE vs PFA: Key Differences Explained
A detailed comparison of PTFE and PFA fluoropolymers covering properties, processing, flexibility, applications, and pricing.