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Taking into account the highest technology, propylene glycol is a transparent clear liquid that has low volatility, its composition allows it to be soluble in most solvents organic and water.

The following applications can be found in the pharmaceutical industry:

• Consistency strengthener.
• Solvent.
• Extraction agent.
• Use in medicines.
• Use for local anesthesia.
• Use in vitamins and hormones.
• Use in antiseptics.
• Uso en va

Product Description: It is a clear hygroscopic liquid, moderately viscous at room temperature. It is a straight-chain aliphatic compound terminated at both ends by a hydroxyl group.

Main Uses: Antifreeze/coolant for the automotive industry. The hygroscopicity of the product makes it useful as an adhesive conditioner, in the synthetic rubber industry, printing inks, for the production of alkyd resins and unsaturated polyester resins.

Product Description: Diethylene glycol (DEG) is a colorless liquid with low volatility, low viscosity and hygroscopic properties. It is miscible in water, alcohol, ether, acetone and ethylene glycol (MEG).

Main Uses: Diethylene glycol is used in a variety of applications, including:

• Chemical intermediate: Used in the manufacture of unsaturated polyester resin, plasticizers for lacquers, enamels and nitrocellulosic adhesives, polyester polyols for urethane foam, emulsifiers and lubricants. It is also used in the production of morpholine.
• Hygroscopicity: It is used for dehydration of gases and as a plasticizer in paper, composite cork, glues, adhesives, binding and varnishes.
• Lubricant: Used as a glass polishing aid, fiber finishing component and in cement grinding aids.
• Solvent coupler: It is used in separations of aromatic and paraffinic hydrocarbons, as well as in the manufacture of printing inks, pigments and dyes.
• Solvent: Used in separations of aromatic and paraffinic hydrocarbons, as well as in the production of printing inks, pigments and dyes.
• Low volatility: Acts as a binder for molding in foundry sand.

It is a polyester with a wide range of use within the industry, its uses are varied and depending on the client’s needs, a polyethylene glycol with a lower or higher molecular weight may be more useful. It should be noted that low molecular weight PEGs have different functions than high molecular weight ones.

For PEG 200 its main uses are:

• Plasticizers in adhesives.
• Increased lubricity.
• Add wetting
• Maintain adhesion strength when wet.
• Antistatic agent
• Moisturizer.
• Chemical intermediates.
• Inks.
• Ink carrier.

It is a polyester with a wide range of use within the industry, its uses are varied and depending on the client’s needs, a polyethylene glycol with a lower or higher molecular weight may be more useful. It should be noted that low molecular weight PEGs have different functions than high molecular weight ones.

Its main uses for PEG 300 are:

• Plasticizers in adhesives.
• Increased lubricity.
• Add wetting
• Maintain adhesion strength when wet.
• Antistatic agent
• Moisturizer.
• Chemical intermediates.
• Inks.
• Ink carrier.

It is a polyester with a wide range of use within the industry, its uses are varied and depending on the client’s needs, a polyethylene glycol with a lower or higher molecular weight may be more useful. It should be noted that low molecular weight PEGs have different functions than high molecular weight ones.

Its main uses for PEG 400 are:

• It acts as a mold release agent.
• It works as a plasticizer.
• Inks
• Dye carrier.
• Lubricants.
• Wetting agent.
• Antistatic agent
• Adhesives.
• Coating in glass cleaner.
• Anti-fog
• Leather and vinyl care.
• It acts as a carrier in silver enamel.
• Chemical intermediates.
• Dust suppressor in powder detergents.

Semi-solid polyethylene glycol that provides the products in which it is used a greater lubricity and solvency; It should be noted that low molecular weight PEGs have different functions than high molecular weight ones.

Its main uses for PEG 600 are:

• It acts as a mold release agent.
• It works as a plasticizer.
• Inks
• Dye carrier.
• Lubricants.
• Wetting agent.
• Antistatic agent
• Adhesives.
• Treatment of wood.
• Solubilizing agent in liquid detergents.
• Silver enamel carrier base.
• Antistatic and vinyl conditioner.
• Antistatic and conditioner in leather care.

Product Description: 96% Rectified Ethyl Alcohol is a transparent and volatile liquid that has a low boiling point and a characteristic fresh smell. It is obtained through the fermentation process of substrates of agricultural origin and subsequently undergoes a rectification and purification process during distillation to reach a purity level of 96%.

Main Uses: This type of alcohol has a wide range of applications in various industries due to its high purity and ability to play a fundamental role in cleaning and disinfection. Some of the most notable uses include:

• Production of Antiseptic Alcohol: 96% Rectified Ethyl Alcohol is widely used in the manufacture of antiseptic or disinfectant alcohol. It is used to disinfect skin, hands and surfaces, and is a key component in fighting the spread of germs and diseases.
• Cleaning and Disinfection Products: This alcohol is an essential ingredient in the production of household and industrial cleaning and disinfection products, such as surface disinfectants, all-purpose cleaners and personal hygiene products.
• Raw Material in Industrial Processes: Rectified Ethyl Alcohol 96% is used as raw material in a variety of industrial processes where a pure and effective solvent is required.
• Pharmaceutical and Cosmetic Products: It can be used in the manufacture of certain pharmaceutical and cosmetic products, as long as it complies with the corresponding regulations and standards.

Product Description: Anhydrous Ethyl Alcohol 99% is a transparent, volatile liquid, with a low boiling point and a fresh smell. It is obtained from the fermentation of substrates of agricultural origin and then undergoes a rectification and purification process through distillation to achieve a high degree of purity

Main Uses: Anhydrous Ethyl Alcohol 99% is used in a variety of industrial and commercial applications, including:

• Ink Production: It is used as a solvent in the formulation of printing inks, including flexographic and screen printing inks.
• Paints: It is a component in the manufacture of paints and coatings, helping to dissolve the ingredients and providing quick drying properties.
• Cleaning and Disinfection Products: Found in cleaning and disinfection products, such as hand sanitizers, surface disinfectants, and personal care products.
• Raw Material in Industry: It is used as raw material in a variety of industrial processes, where high purity alcohol is required.
• Pharmaceutical industry: It is sometimes used in the manufacturing of pharmaceuticals and health care products.

Product Description: Mineral Oil is a petroleum product known for its extreme purity and is designed to be used in highly refined products. This oil is characterized by its superior quality and exceptional purity.

Main Uses: Mineral Oil is widely used in various industries, including:

• Personal care industry.
• Cosmetic industry.
• Pharmaceutical industry.
• Food processing.
• Industrial applications.

Product Description: Colorless oil obtained from the distillation of crude oil, which when subjected to chemical processes of dewaxing, hydrogenation and extraction, obtains the appropriate properties for applications that require high purity products, resistance to oxidation and uses at low temperatures.

Main Uses: The 70 N lubricant base is the main component of products such as lubricants, motor oils, greases and other applications in different sectors of the rubber, paper and leather industry.

Product Description: Colorless oil obtained from the distillation of crude oil, which when subjected to chemical processes of dewaxing, hydrogenation and extraction, obtains the appropriate properties for applications that require high purity products, resistance to oxidation and uses at low temperatures. .

Main Uses: The 100 N lubricant base is the main component of products such as lubricants, motor oils, greases and other applications in different sectors of the rubber, paper and leather industry.

Product Description: Colorless oil obtained from the distillation of crude oil, which when subjected to chemical processes of dewaxing, hydrogenation and extraction, obtains the appropriate properties for applications that require high purity products, resistance to oxidation and uses at low temperatures.

Main Uses: The 225N lubricant base is the main component of products such as lubricants, motor oils, greases and other applications in different sectors of the rubber, paper and leather industry.

Product Description:Colorless oil obtained from the distillation of crude oil, which when subjected to chemical processes of dewaxing, hydrogenation and extraction, obtains the appropriate properties for applications that require high purity products, resistance to oxidation and uses at low temperatures. .

Main Uses: The 600 N lubricant base is the main component of products such as lubricants, engine oils, hydraulic oils, transmission fluids, greases and other applications in different sectors of the rubber, paper and leather industry.

Product Description: Glycerin USP of plant origin is a transparent, colorless liquid, with a viscous texture and a characteristic sweet flavor. It is obtained from vegetable oils and is distinguished by being hygroscopic, which means that it has the ability to absorb and retain moisture from the environment. In addition, it is soluble in water and alcohol

Main Uses: Plant-derived Glycerin USP is used in a variety of applications due to its versatile properties, including:

• Personal care industry: It is appreciated for its moisturizing and hypoallergenic properties, and is incorporated in the formulation of skin care products, such as creams, lotions and soaps.
• Food industry: It is used as an additive in foods, where it acts as a diluting agent, thickener and plasticizer in products such as syrups, sweets and baked products.
• Chemistry in general: Glycerin has applications in the chemical industry as a reagent and synthesis agent in the manufacture of various chemical compounds.

Urea is a colorless, crystalline chemical compound; In its industrial use, urea is produced from synthetic ammonia and carbon dioxide.

Since large amounts of carbon dioxide are produced during the ammonia manufacturing process as a by-product of hydrocarbons (predominantly natural gas, less often petroleum-derived) or occasionally coal, urea production plants are almost always located adjacent to the site where ammonia is manufactured.