PFA Raw Material Transparent Granule Excellent Quality Fluoropolymer

• Customization: Available
• CAS No.: 26655-00-5
• Molecular Principal Chain: High-Molecular Polymer
• Model NO.: YT-401
• Color: Translucent
• Tensile Breaking Strength: >24MPa
• Elongation at Break: >300%
• Relative Gravity: 2.12-2.17g/cm3
• Melting Point: 300-310ºC
• Dielectric Constant(106Hz ): ≤2.1
• Application 1: Pump Lining
• Application 2: Pipeline Lining
• Advantage: Excellent Chemical Stability
• Transport Package: Bag
• Specification: 25KG
• Origin: China
• HS Code: 3904690000
• Production Capacity: 15000t/Year

Product Description

1.Product Introduction
 

PFA is the copolymer of TFE nad PPVE,with the excellent chemical stability,electrical insulationg property,age resistance and low friction.

It's high temperature mechanical property is much higher than PTFE and can be processed as common thermoplastics.

 

2.Application Fields

1.Used in produce lining of pipe,valve,pump and bearing;

2.Insulation jacket of wire;membranes.

3.Extrusion process,mainly used to produce the jackets of wire and cable.

4.High-speed extruded wire and cable.

 

3.Product Parameters 
 

Properties	Unit	Typical value	Test method
Appearance	White translucent particles
MFR@(372ºC,5kg)	g/10min	2.0-6.0	ASTM D2116
Relative Gravity(25^oC)	g/cm3	2.12-2.17	ASTM D792
Tensile breaking strength(23ºC)	Mpa	≥30	ASTM D238
Elongation at break(23ºC)	%	300	ASTM D238
Moisture	%	<0.01	HG/T 2902
Melting Point	ºC	300-310	ASTM D4591
Dielectric constant	106Hz	≤2.1
Volatile	%	≤0.5

 

 

4.Our Product Series

1. Polyvinylidene-fluoride (PVDF): There are three series of injection molding, extrusion and molding. 

2. Fluorinated-ethylene-propylene(FEP): Insulation series, sheath series, transparent series and high strength series.

3. Polyfluoroalkoxy (PFA) : Injection molding, extrusion, molding three series. 

4. Polytetrafluoroetylene(PTFE): Two series of dispersion resin and suspension resin.

5. Ethylene tetra fluoro ethylene(ETFE): Three series of injection molding, extrusion and molding. 



5.Company Profile

      Wuhan Feitengya Chemical New Material Co., Ltd. was established in 2008 in Wuhan. It is an expert in the supply of fluororesin in the whole industry chain integrating scientific research, development, production and sales.

     Feitengya takes high-end fluorine-materials (PVDF, FEP, PFA, ETFE, PTFE, PCTFE) as the core and extends to the entire industrial chain such as lithium battery new energy, photovoltaic new energy, environmental protection, 5G industry, coating field, wire and cable, pharmaceutical fine chemicals, aerospace, and automobile fields.

      Established a good long-term strategic cooperative relationship with many well-known brands, college laboratories, research and development institutions, and production bases around the world, and built a huge production capacity system.
     
      The company adheres to the customer-centric and is committed to the development concept of continuously creating value for customers , perceived responsibility, high-quality return, win-win cooperation!
 

Application
 

 

 

ISO9001/IS014001





4. Packaging/Shipping:

Our factory:

Wuhan Feitengya Chemical New Material Co., Ltd. was established in 2008 in Wuhan.
Yuntian Technology Group, a leading expert in the fluorine resin supply chain. Our group integrates scientific R&D, production, and sales to provide comprehensive solutions for a wide range of industries since 2008.

Product Series:PVDF,PFA,FEP,EFTE,PTFE,PEEK &FKM(Welcome claim details:TDS &MSDS)
Strategic partnerships:
★ New Energy Industry Leader : CATL, BYD etc
★ Coating Industry Leader : PPG etc
★ Photovoltaic Solar Energy Industry : GMT, ZTT etc
★ Aerospace Industry :China Aerospace Science and Technology Corporation
★ Academic Laboratories : Beijing Tsinghua Industrial Development Institute
Revenue:250 million $/year.
Factory Certification: FDA/REACH/RoHS/ISO 9001/ISO14001/The production plant is designed in accordance with GMP standards, and purified at levels 100,000 and 10,000 to make sure the cleanliness of the membrane materials.