Denature Ethanol

Denature Ethanol Specification

Taste
Odorless

Purity
99.5%

Melting Point
Denatured ethanol (denatured alcohol) is ethanol mixed with toxic or bitter additives to make it undrinkable. This process avoids the high taxes levied on beverage alcohol while keeping it safe for industrial, laboratory, and cosmetic uses.

Storage
Room Temperature

Form
Liquid

Other Names
Ethanol

Chemical Name
Denatured Ethanol

CAS No
64-17-5

Grade
Food Grade

Type
Liquid

Usage
In many countries, sales of alcoholic beverages are heavily taxed for revenue and public health policy purposes (see Pigovian tax). In order to avoid paying beverage taxes on alcohol that is not meant to be consumed, the alcohol must be "denatured", or treated with added chemicals to make it unpalatable. Its composition is tightly defined by government regulations in countries that tax alcoholic beverages. Denatured alcohol is used identically to ethanol itself except for applications that involve fuel, surgical and laboratory stock. Pure ethanol is required for food and beverage applications and certain chemical reactions where the denaturant would interfere. In molecular biology, denatured ethanol cannot be used for the precipitation of nucleic acids.[2]

Application
Lubricants, Nuclear, Paper, Rubber, Pharmaceutical, Water Treatment, Paints, Oil Industry, Industrial, food, Toothpastes, Textile Industry, medicine, Organic Synthesis, Plastic, Fertilizer, Printing Industry, Explosive, Metal

Denature Ethanol Trade Information

Minimum Order Quantity
298 Liters

FOB Port
Ex Bhiwandi,Maharshtra

Supply Ability
21000 Liters Per Day

Delivery Time
1 Days

Packaging Details
200 LTrs Drum

About Denature Ethanol

Denatured alcohol (also called methylated spirits, in Canada, Ireland, New Zealand, South Africa, and the United Kingdom; wood spirit; and denatured rectified spirit) is ethanol that has additives to make it poisonous, bad-tasting, foul-smelling, or nauseating to discourage its recreational consumption. It is sometimes dyed so that it can be identified visually. Pyridine and methanol,[1] each and together, make denatured alcohol poisonous; and denatonium makes it bitter.

Wide-Ranging Industrial Applications

Denatured ethanol serves as a vital component across multiple sectors. It is commonly used in pharmaceuticals, lubricants, paints, textile manufacturing, oil and water treatment, paper and rubber processing, nuclear industries, and even in food-grade applications. Additionally, it finds roles in organic synthesis, plastics, fertilizers, printing, explosives, metals, and toothpaste production, attesting to its versatility and essential nature.

Stringent Regulatory Compliance

To prevent misuse and avoid beverage taxes, government regulations strictly dictate the composition of denatured ethanol. Food Grade quality is ensured, and its purity stands at 99.5%. It is important to note that while safe for industrial and laboratory use, the chemical additives make it unfit for consumption, aligning with international standards for safe handling and storage at room temperature.

FAQ's of Denature Ethanol:

Q: How is denatured ethanol different from pure ethanol?

A: Denatured ethanol is essentially pure ethanol (ethanol, CAS No: 64-17-5) mixed with specific additives to make it unpalatable and toxic, thus preventing human consumption. This allows it to be used tax-free for industrial applications where beverage alcohol taxes would otherwise apply.

Q: What industries use denatured ethanol, and for what purposes?

A: Industries such as pharmaceuticals, lubricants, paints, textiles, water treatment, oil processing, paper, rubber, nuclear, food, fertilizers, printing, explosives, metal, and organic synthesis utilize denatured ethanol. Its applications span from acting as a solvent, reagent, or cleaning agent to being used in formulation and synthesis.

Q: When should denatured ethanol not be used?

A: Denatured ethanol should not be employed in processes that involve direct human consumption, sensitive laboratory work (such as nucleic acid precipitation), or chemical reactions where denaturants may interfere with the intended outcome. Pure ethanol is required in food, beverage, and certain analytical or synthetic applications.

Q: Where should denatured ethanol be stored for optimal safety?

A: Denatured ethanol should be stored at room temperature in a well-ventilated, dry area away from sources of ignition. Proper labeling and secure containers are essential to prevent accidental ingestion and ensure workplace safety.

Q: How is the denaturing process regulated?

A: The process of denaturing ethanol is closely governed by government regulations, which specify the types and quantities of additives to be used. This standardization ensures that the product is consistently unfit for consumption, enabling legal industrial use and safe distribution.

Q: What are the key benefits of using denatured ethanol in industrial settings?

A: Denatured ethanol offers a cost-effective, highly pure, and versatile solvent or reagent for numerous applications. Its non-consumable nature allows companies to avoid beverage taxes while maintaining efficiency and safety in production, cleaning, and formulation processes.

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