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4‑(3,4‑Difluorophenoxy) aniline

Product Overview

4‑(3,4‑Difluorophenoxy) aniline, CAS No. 383126‑84‑9, also known as 4‑(3,4‑difluorophenoxy)benzenamine, is a fluorinated aromatic amine compound supplied by Anqing Rongchuang Biotechnology Co., Ltd. Its molecular formula is C₁₂H₉F₂NO and molecular weight reaches 221.21 g/mol. As a valuable functional chemical material, it exhibits stable fluorine‑substituted molecular structure and active amino groups, which make it widely applied as organic raw material and research material in laboratory exploration and fine‑chemical manufacturing. This substance serves as a critical building block for molecular modification and derivative preparation, supporting custom synthesis work across multiple technical fields.

Technical Specifications

• Product Name: 4‑(3,4‑Difluorophenoxy) aniline
• Alias: 4‑(3,4‑difluorophenoxy)benzenamine
• CAS Number: 383126‑84‑9
• Molecular Formula: C₁₂H₉F₂NO
• Molecular Weight: 221.21 g/mol
• Compound Category: Fluorinated aromatic amine compound
• Product Form: Solid (depends on batch production)
• Storage Condition: Sealed, cool and dry environment, keep away from strong oxidizing agents

Product Features & Advantages

Unique fluorinated molecular framework
The introduction of difluorophenoxy group brings special chemical stability and molecular modification potential, providing favorable conditions for subsequent derivatization reactions.

Reactive amino functional group
Active amino structure enables various organic synthesis reactions, suitable for preparation of multiple downstream derivatives as polymer intermediate and material synthesis raw material.

Reliable batch consistency
Strictly controlled synthesis and purification process guarantee stable quality between batches, which is essential for both lab‑scale research and pilot‑scale production of special fine chemical.

Strict impurity control
Effective removal of process‑related impurities reduces interference for follow‑up experiments and industrial synthesis procedures.

How to Use

1. Carry out pre‑use safety evaluation, wear corresponding protective equipment according to MSDS guidance.
2. Take appropriate amount of 4‑(3,4‑Difluorophenoxy) aniline under dry and ventilated operating environment, avoid long‑term exposure to air and moisture.
3. Dissolve or disperse the compound into target solvent system following the designed synthetic route.
4. Implement scheduled reaction operations according to experimental or production technical scheme.
5. Complete post‑treatment, separation and purification for target products after reaction finishes.
6. Seal remaining product tightly and store in designated cool‑dry storage area.

Application Scenarios

4‑(3,4‑Difluorophenoxy) aniline acts as important industrial chemical material for diversified R&D and manufacturing work. It can be adopted as polymer intermediate in new‑type polymer molecule modification. As research material, it supports laboratory organic chemistry study and novel compound development. It also works as material synthesis raw material for the preparation of fluorine‑containing fine‑chemical derivatives. Main applicable fields cover custom organic synthesis, new material preliminary research, special fine‑chemical intermediate preparation and related academic experimental projects.

Benefits for Customers

• High‑quality organic raw material helps customers reduce unknown impurity interference in synthesis experiments and pilot production.
• Stable‑batch supply supports continuous research and small‑batch manufacturing cycles.
• Standard product specification reduces extra pre‑processing workload for downstream R&D teams.
• Available for different‑volume orders, satisfying requirements from lab research to pilot‑plant test.
• Professional production and quality management ensure product performance matching expectation of functional chemical material projects.

Certifications & Compliance

Anqing Rongchuang Biotechnology Co., Ltd. implements strict internal quality management for 4‑(3,4‑Difluorophenoxy) aniline. Each batch goes through corresponding detection before delivery. Relevant batch test documents can be provided to support customer project audit and laboratory filing work. The product is produced in accordance with general fine‑chemical manufacturing specifications.

Customization Options

Available services include different packaging specifications, customized purity grades for lab or pilot‑test use. Bulk‑order support is provided. Customers can consult for tailor‑made solutions for this special fine chemical.

Production Process & Quality Control

4‑(3,4‑Difluorophenoxy) aniline is obtained via controlled organic synthesis reaction, followed by multi‑step purification treatment. Each finished batch will go through sampling detection for key indicators. Inspection records are kept for production traceability to guarantee product quality consistency as material synthesis raw material.

Customer Testimonials

"We purchased 4‑(3,4‑Difluorophenoxy) aniline as research material for our organic synthesis lab. Batch quality is stable and meets our experimental standards." — Research Engineer, Fine‑chemical Research Institute, Europe

"This functional chemical material shows good performance in our intermediate development work. The supplied product reduces experimental repeat‑rate effectively." — Project Manager, New‑material R&D Team, Southeast Asia

FAQ — Frequently Asked Questions

Q1: What is the main application direction of 4‑(3,4‑Difluorophenoxy) aniline?

A: It is mainly used for organic synthesis research, preparation of fluorine‑containing fine‑chemical derivatives, and can serve as polymer intermediate and research material for new‑material exploratory development.

Q2: How should I store this compound?

A: Seal and preserve under cool, dry and shaded conditions, keep away from moisture and strong oxidizing substances.

Q3: Can different purity grades be provided?

A: Yes, we can provide customized purity options according to customer experimental or production demands.

Q4: Is MSDS document available for this product?

A: MSDS and batch test reports can be provided upon request for lab safety management and project filing.

Q5: What order volume can be supported?

A: It supports small‑quantity lab sample supply as well as bulk pilot‑test procurement for industrial chemical material projects.