Perfluoro-tert-butanol (CAS 2378-02-1) is used in fluorine-containing fine chemicals, electronic materials, and specialty organic synthesis applications.

1. Product Overview

Perfluoro-tert-butanol (PFTB) is an important perfluoro alcohol-based fine chemical containing fluorine.

This product possesses a highly fluorinated tert-butyl structure and hydroxyl functional groups, combining the excellent chemical stability and low surface energy of perfluorinated compounds with the good reactivity of alcohol hydroxyl groups. It is an important intermediate in the fields of fluorinated fine chemicals, electronic chemicals, functional materials, and the synthesis of special organic compounds.

2. Product Specifications

Product Name: Perfluoro-tert-butanol
English Name: Perfluoro-tert-butanol
Abbreviation: PFTB
CAS Number: 2378-02-1
Product Category: Perfluoroalcohols / Fluorine-containing Fine Chemicals
Structure Type: Perfluoro-tert-butyl alcohol
Applications: Fluorine-containing materials, electronic chemicals, fine organic synthesis

3. Product Structure Characteristics

① Perfluorotert-butyl structure:
The perfluorotert-butyl structure endows the product with excellent chemical inertness, heat resistance, hydrophobic and oleophobic properties, and low surface energy.

② Hydroxyl (OH) functional group:
The hydroxyl group provides further reactivity, allowing for the preparation of esters, ethers, and other fluorinated derivatives.

③ High fluorination properties:
The high fluorine content gives it unique application value in special solvents, functional materials, and fine chemical synthesis.

4. Main application areas

① Fluorine-containing fine chemicals,
as important fluorine-containing structural units, are used to synthesize various functionalized fluorine-containing compounds.

② Electronic chemicals,
utilizing their high purity, low surface energy, and special solvent properties, can be used in electronic materials-related research and applications.

③ Functional materials research and development
is used to develop special fluorine-containing materials with heat resistance and chemical resistance.

④ Scientific research and customized synthesis
, as building blocks for fluorine-containing organic synthesis, are used in fluorine chemistry research.

5. Product Features and Advantages

① The high fluorine content and
perfluorinated structure contribute to excellent stability and unique physicochemical properties.

② The well-defined reactivity
and hydroxyl functional group facilitate further functionalization development.

③ These high-value-added fluorine intermediates
belong to the category of specialty fluorine chemicals with high technological barriers.

6. Differences from related products

① Both perfluorotert-butanol (PFTB) and hexafluoroisopropanol (HFIP)
belong to the class of high-fluorine alcohols, but their structures differ, leading to variations in applications and physical properties.

② The perfluorinated
structure of PFTB gives it higher stability, lower surface energy, and unique solubility compared to ordinary PFTB.

③ PFTB
is primarily used in lubrication and functional fluids, while PFPE is mainly used as a fluorinated small-molecule intermediate and functional chemical.

7. Key Considerations for Procurement in the Russian Market

Customer focus on:
- Product purity;
- Moisture content;
- Impurity control;
- Appearance and color;
- Packaging stability;
- COA, TDS, and SDS documentation;
- Long-term supply capability.

8. Product Supply Advantages

- Supply capacity of fluorinated fine chemicals;
- Support for international customer procurement needs;
- Provision of complete quality documentation and technical information;
- Service to customers in electronic materials, functional materials, and fine chemicals.

9. FAQ

Q: Where is perfluorotert-butanol mainly used?
A: Mainly used in fluorine-containing fine chemicals, electronic materials, functional materials, and scientific research synthesis.

Q: Why is perfluorotert-butanol highly valuable?
A: It possesses both the structural stability of a perfluorinated structure and the reactivity of hydroxyl groups, making it an important fluorine-containing functional intermediate.

Q: What documents are needed to purchase this product?
A: Typically, a Certificate of Authorization (COA), Test Data Sheet (TDS), SDS, packaging information, and shipping documents are required.