99.99%Hexafluoropropylene HFP C₃F₆ CAS 116-15-4, for FEP, Fluoropolymers, and High-End Fluorochemical Applications

1. Product Overview

Hexafluoropropylene (HFP) is an important fluorinated olefin monomer and a key raw material in the high-performance fluoropolymer industry chain.

HFP is primarily used in the production of high-performance fluorinated materials including fluorinated ethylene propylene copolymer (FEP/F46), PFA, and fluoroelastomers (FKM). Its excellent chemical stability, thermal resistance, and fluorinated structural characteristics make it an essential base feedstock for high-end fluorochemical manufacturing.

The Russian market primarily targets fluoropolymer manufacturers, specialty chemical companies, electronic materials enterprises, and high-performance materials traders.

2. Specifications

Product Name: Hexafluoropropylene

English Name: Hexafluoropropylene

Russian Name: Гексафторпропилен

Chemical Formula: C₃F₆

CAS No.: 116-15-4

Product Category: Fluorinated Olefin Monomer / Fluoropolymer Raw Material

Appearance: Colorless Gas

Packaging: High-Pressure Cylinders or Specialty Storage Tanks

3. Main Application Areas

① FEP (F46) Production

HFP is an important comonomer for FEP, imparting favorable melt-processability, corrosion resistance, and electrical insulation properties to the material.

② PFA and High-Performance Fluoropolymers

Used in the development of high-performance fluororesin systems to enhance thermal and chemical resistance.

③ Fluoroelastomer Materials

Used in the manufacture of oil-resistant, chemical-resistant, and high-temperature-resistant sealing materials.

④ Electronics and High-End Materials

Used in the production of electronic-grade fluoropolymers and functional materials.

4. Distinctions from Related Fluorinated Materials

HFP vs. FEP: HFP is an important comonomer used in the production of FEP.

HFP vs. PTFE: PTFE is formed primarily by the polymerization of tetrafluoroethylene (TFE); HFP is mainly used to improve the processability of fluoropolymers.

HFP vs. Octafluorocyclobutane: HFP is used in polymeric material manufacturing, while C₄F₈ is primarily used for semiconductor etching.

5. Russian Market Procurement Considerations

Customers typically focus on the following:

-Gas Purity;

-Moisture Content;

-Non-Condensable Gas Impurities;

-Oxygen, Nitrogen, and Other Impurity Control;

-Cylinder Cleanliness;

-Filling Consistency and Stability;

-Technical Documentation including COA, TDS, SDS.

6. Product Advantages

-Core Raw Material for FEP/F46;

-High-Value Fluorinated Monomer;

-Supports the High-Performance Fluoropolymer Industry Chain;

-Suitable for Electronics, Chemical, Aerospace, and Other Industrial Sectors.

7. Packaging and Storage

Hexafluoropropylene is typically packaged in high-pressure cylinders. During storage and transportation, exposure to high temperatures, impact, and leakage shall be avoided, and the product shall be managed in accordance with liquefied gas safety regulations.

8. Frequently Asked Questions (FAQ)

Q: Which industries are the primary users of Hexafluoropropylene?

A: It is mainly used in FEP, PFA, fluoroelastomers, high-performance fluorinated materials, and electronic materials.

Q: What is the relationship between Hexafluoropropylene and FEP?

A: HFP is an important comonomer for FEP, copolymerized with tetrafluoroethylene (TFE) to produce FEP resin.

Q: Why is high-purity Hexafluoropropylene required?

A: Polymerization reactions are sensitive to impurities. High-purity HFP helps improve product quality and process stability.

Q: What documentation is typically required for procurement in Russia?

A: COA, TDS, SDS, cylinder specifications, and shipping documentation are typically required.