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Biograd Trifluoroacetic

Name: Biograd Trifluoroacetic
Brand: A. B. ENTERPRISES

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MOQ : 50 Kilograms

Biograd Trifluoroacetic Specification

Ph Level
< 1 (Highly Acidic)

Flash Point
40 °C (104 °F)

Shelf Life
2 Years

Packaging Type
Bottle

Usage
Used as a strong acid in organic synthesis and chromatography

Storage Instructions
Store in cool and dry place, tightly sealed

Boiling point
72 °C

Purity
99%

Physical State
Liquid

Density
1.489 Gram per cubic centimeter(g/cm3)

Molecular Formula
C2HF3O2

Molecular Weight
114.02 g/mol

Size
500 ml, 1 L

Type
Reagent

Appearance
Clear Colorless Liquid

Purity(%)
> 99

Biograd Trifluoroacetic Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Biograd Trifluoroacetic

Biograd Trifluoroacetic

Molecular Formula : CF₃COOH

CAS No. : 76-05-1

Specifications: Assay by Titration; 99.9% minimum; Trifluoroacetic Anhydride - None Present; Water - 0.05% maximum; Chloride - 0.001% maximum; Fluoride - 0.001% maximum; Sulfate - 0.001% maximum; Iron (Fe) - 0.0001% maximum; Residue after evaporation - 0.0002% maximum; Color (platinum-cobalt scale) - 5 maximum; Residue after evaporation - 0.0002% maximum; Color (platinum-cobalt scale) - 5 maximum
Physical Properties:: Molecular Weight - 114.02; Boiling Point - 72 C; Melting Point - -15 C; Density - 1.47 g/cm³; Vapor Pressure - 107mm Hg (25 C)
Packaging : Biograde 22.8 kg case: 4 pack of 5.7 kg glass bottles

Powerful Reagent for Organic Synthesis

Biograd Trifluoroacetic Acid is relied upon as a potent acid in organic chemical reactions. Its high purity and acidity make it indispensable for researchers and chemists requiring dependable results in their synthetic protocols and processes. This reagents effectiveness accelerates reaction rates and ensures cleaner conversions.

Optimized for Chromatography Applications

With a purity exceeding 99% and exceptional clarity, Biograd Trifluoroacetic Acid is ideal for chromatography workflows. Its compatibility with sensitive detection methods enhances the resolution and reproducibility of analyses, supporting reliable separation for complex mixtures in laboratories and research institutions.

Safety, Storage, and Convenient Packaging

Biograd Trifluoroacetic Acid is available in secure, tightly sealed bottles to ensure safety in handling and storage. The product should be stored in a cool, dry place away from heat sources due to its 40C flash point. Its 2-year shelf life guarantees long-term stability, whether stocked by distributors or end-users.

FAQs of Biograd Trifluoroacetic:

Q: How should Biograd Trifluoroacetic Acid be stored for optimal stability?

A: It should be stored in a tightly sealed bottle in a cool and dry location, away from direct sunlight and sources of heat, to preserve its stability and effectiveness for up to 2 years.

Q: What safety precautions are necessary when handling this reagent?

A: Due to its highly acidic nature (pH < 1) and low flash point of 40C, it is imperative to use personal protective equipment such as gloves, goggles, and work in a well-ventilated environment when handling this chemical.

Q: When is Biograd Trifluoroacetic Acid commonly used in laboratory processes?

A: This reagent is typically employed during organic synthesis for acid-catalyzed reactions and in chromatography protocols for sample preparation or as a solvent modifier to improve separation efficiency.

Q: Where can Biograd Trifluoroacetic Acid be sourced in India?

A: It is available nationwide through various distributors, exporters, importers, manufacturers, retailers, suppliers, traders, and wholesalers specializing in chemical reagents.

Q: What is the main benefit of using this product in chromatography?

A: Its high purity and excellent clarity optimize chromatographic resolution, ensuring accurate and reproducible separation of complex sample mixtures.

Q: How does this reagent contribute to organic synthesis efficiency?

A: Its strong acidity accelerates reaction rates, facilitates cleaner conversions, and supports complex molecular transformations, making it a preferred choice in advanced organic synthesis.