Solvents
Solvents are key raw materials for industry, laboratories and technical applications. They are used to dilute, clean or dissolve various substances and are used in the chemical industry, paint and colour production as well as in laboratory processes. Typical solvents are ethanol, isopropanol, butanol or ethyl acetate. Thanks to their defined purity, solvents are ideal for professional applications in production, research and industry.
Ethanol 96.6 % - high purity (fully denatured) (1 litre)
Must not be denatured Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (1000 litres)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (10x1 litre)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (20 litres)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (200 litres)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (20x1 litre)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (5 litres)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethanol 96.6 % - high purity (fully denatured) (5x1 litre)
Application Ethanol is produced by means of alcoholic fermentation. In this process, glucose is converted into ethanol with the help of yeast fungi. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Ethyl acetate (ethyl acetate) (16.4 kg)
For chemical-technical applications. Application Ethyl acetate, also known as ethyl ethanoate or acetic ester, is produced during the esterification of acetic acid and ethanol. Ethyl acetate is a colourless liquid with a characteristic fruity-sweet odour. In the chemical industry, ethyl acetate is mainly used as a solvent. Most users will be familiar with it as a cosmetic product due to its high dissolving power: As a nail polish remover. In this sense, ethyl acetate is one of the most versatile solvents and also offers very good performance in extraction processes. For example, ethyl acetate is used to decaffeinate coffee or for the extraction of natural flavours that are used to flavour drinks. In addition, ethyl acetate is used in the production of pharmaceutical extractions and is used
Ethyl acetate (ethyl acetate) (164 kg)
For chemical-technical applications. Application Ethyl acetate, also known as ethyl ethanoate or acetic ester, is produced during the esterification of acetic acid and ethanol. Ethyl acetate is a colourless liquid with a characteristic fruity-sweet odour. In the chemical industry, ethyl acetate is mainly used as a solvent. Most users will be familiar with it as a cosmetic product due to its high dissolving power: As a nail polish remover. In this sense, ethyl acetate is one of the most versatile solvents and also offers very good performance in extraction processes. For example, ethyl acetate is used to decaffeinate coffee or for the extraction of natural flavours that are used to flavour drinks. In addition, ethyl acetate is used in the production of pharmaceutical extractions and is used
Ethyl acetate (ethyl acetate) (4.1 kg)
For chemical-technical applications. Application Ethyl acetate, also known as acetic acid ethyl ester or acetic ester, is produced during the esterification of acetic acid and ethanol. Ethyl acetate is a colourless liquid with a characteristically fruity-sweet odour. In the chemical industry, ethyl acetate is mainly used as a solvent. Most users will know it as a cosmetic product due to its high dissolving power: as a nail polish remover. In this sense, ethyl acetate is one of the most versatile solvents and also offers very good performance in extraction processes. For example, ethyl acetate is used for decaffeinating coffee or for extracting natural flavours that are used to flavour beverages. In addition, ethyl acetate is used in the production of pharmaceutical extracts and is used in the manufacture of adhesives in all areas. In electrical engineering, it can – when manufacturing batteries – be used as an electrolyte, as it enables stable processes even at low temperatures. However, this comes with the disadvantage of low energy density.
Ethyl acetate (ethyl acetate) (820 kg)
For chemical-technical applications. Application Ethyl acetate, also known as ethyl ethanoate or acetic ester, is produced during the esterification of acetic acid and ethanol. Ethyl acetate is a colourless liquid with a characteristic fruity-sweet odour. In the chemical industry, ethyl acetate is mainly used as a solvent. Most users will be familiar with it as a cosmetic product due to its high dissolving power: As a nail polish remover. In this sense, ethyl acetate is one of the most versatile solvents and also offers very good performance in extraction processes. For example, ethyl acetate is used to decaffeinate coffee or for the extraction of natural flavours that are used to flavour drinks. In addition, ethyl acetate is used in the production of pharmaceutical extractions and is used
Isopropyl alcohol (technical), min. 80 % (10 x 0.78 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (15.6 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (160 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (20 x 0.78 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (3.9 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (5 x 0.78 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 80 % (800 kg)
Isopropyl alcohol 80% or isopropanol 80% also known as IPA for use in the chemical-technical sector (e.g. for surface disinfection against viruses, bacteria and spores). Isopropanol in a concentration of 80% is very suitable for disinfection, as it penetrates the cell walls of microorganisms ideally and thus effectively destroys the entire cell. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (10 x 0.78 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (15.6 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (160 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (20 x 0.78 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (3.9 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
Isopropyl alcohol (technical), min. 99.8 % (5 x 0.78 kg)
Isopropyl alcohol or isopropanol, also known as IPA, for use in the chemical-technical sector. Application This monohydric alcohol has always been used as an alcoholic solvent and cleaning agent in the chemical industry or as an additive in antifreeze in the automotive sector. Due to its high dissolving power, it is also used in offset printing and other cleaning processes, as well as in metal casting. It is also used as a base for surface disinfection products.
n-butanol (1-butanol, butyl alcohol) (16.2 kg)
For chemical-technical applications. Application n-Butanol, also known as 1-butanol or butan-1-ol, is a so-called alkanol. n-Butanol is a colourless liquid with a typical odour, which is usually classified as tart and wine-like or banana-flavoured. Unlike other solvents, it is freely miscible with the many products in this category. This also applies to water-n-butanol mixtures up to 20% by weight. n-Butanol is generally used as a solvent in the manufacture of paints and varnishes. It prevents paints from drying unevenly, especially in humid environments. In addition, n-butanol is used as a base for the production of various ethers and esters, such as butyl acetate and glycol butyl ethers and esters, as well as phthalates and acrylates. These are also typically used as solvents or plasticisers. In addition, n-butanol is used as a solvent for dyes, as a textile auxiliary and is often an additive for polishes and cleaning agents as well as a component in some fuels.
n-butanol (1-butanol, butyl alcohol) (20x0.81 kg)
For chemical-technical applications. Application n-Butanol, also known as 1-butanol or butan-1-ol, is a so-called alkanol. n-Butanol is a colourless liquid with a typical odour, which is usually classified as tart and wine-like or banana-flavoured. Unlike other solvents, it is freely miscible with the many products in this category. This also applies to water-n-butanol mixtures up to 20% by weight. n-Butanol is generally used as a solvent in the manufacture of paints and varnishes. It prevents paints from drying unevenly, especially in humid environments. In addition, n-butanol is used as a base for the production of various ethers and esters, such as butyl acetate and glycol butyl ethers and esters, as well as phthalates and acrylates. These are also typically used as solvents or plasticisers. In addition, n-butanol is used as a solvent for dyes, as a textile auxiliary and is often an additive for polishes and cleaning agents as well as a component in some fuels.
n-butanol (1-butanol, butyl alcohol) (4.05 kg)
For chemical-technical applications. Application n-Butanol, also known as 1-butanol or butan-1-ol, is a so-called alkanol. n-Butanol is a colourless liquid with a typical odour, which is usually classified as tart and wine-like or banana-flavoured. Unlike other solvents, it is freely miscible with the many products in this category. This also applies to water-n-butanol mixtures up to 20% by weight. n-Butanol is generally used as a solvent in the manufacture of paints and varnishes. It prevents paints from drying unevenly, especially in humid environments. In addition, n-butanol is used as a base for the production of various ethers and esters, such as butyl acetate and glycol butyl ethers and esters, as well as phthalates and acrylates. These are also typically used as solvents or plasticisers. In addition, n-butanol is used as a solvent for dyes, as a textile auxiliary and is often an additive for polishes and cleaning agents as well as a component in some fuels.
n-butanol (1-butanol, butyl alcohol) (5x0.81 kg)
For chemical-technical applications. Application n-Butanol, also known as 1-butanol or butan-1-ol, is a so-called alkanol. n-Butanol is a colourless liquid with a typical odour, which is usually classified as tart and wine-like or banana-flavoured. Unlike other solvents, it is freely miscible with the many products in this category. This also applies to water-n-butanol mixtures up to 20% by weight. n-Butanol is generally used as a solvent in the manufacture of paints and varnishes. It prevents paints from drying unevenly, especially in humid environments. In addition, n-butanol is used as a base for the production of various ethers and esters, such as butyl acetate and glycol butyl ethers and esters, as well as phthalates and acrylates. These are also typically used as solvents or plasticisers. In addition, n-butanol is used as a solvent for dyes, as a textile auxiliary and is often an additive for polishes and cleaning agents as well as a component in some fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (1 litre)
Must not be denatured. Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (10 x 1 litre)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (1000 litres)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (20 litres)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (20 x 1 litre)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (200 litres)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (5 litres)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Premium Bio-Ethanol 96.6 % - high purity (fully denatured) (5 x 1 litre)
Application Bioethanol is ethanol that is produced solely from biomass or biological waste. It is used as a fuel substitute or additive in petrol engines for motor vehicles and in aircraft engines. It is also used in the chemical industry as a basis for solvent production or as a preservative and disinfectant. Due to its purity and environmentally friendly properties, it is very well suited as an alternative to fossil fuels, as carbon monoxide and carbon dioxide emissions are extremely low. In addition, no toxic exhaust gases are produced when the product is burnt. Due to its favourable production costs, bioethanol is also significantly cheaper than fossil fuels.
Pressurised alcohol ISO (160 kg)
For chemical-technical applications. Application This special, high-purity alcohol mixture, with no residual water content, is primarily used as a solvent and cleaning agent in the chemical industry. In particular in the offset printing and printing ink sector or as an additive in antifreeze agents in the automotive sector. Due to its high dissolving power and high volatility, it is also used in metal casting as a solvent for coatings. In addition, its germicidal effect against viruses and bacteria is undisputed.
Pressurised alcohol ISO (800 kg)
For chemical-technical applications. Application This special, high-purity alcohol mixture, with no residual water content, is primarily used as a solvent and cleaning agent in the chemical industry. In particular in the offset printing and printing ink sector or as an additive in antifreeze agents in the automotive sector. Due to its high dissolving power and high volatility, it is also used in metal casting as a solvent for coatings. In addition, its germicidal effect against viruses and bacteria is undisputed.
Printing alcohol ISO (16 kg)
For chemical-technical applications. Application This special, high-purity alcohol mixture, with no residual water content, is primarily used as a solvent and cleaning agent in the chemical industry. In particular in the offset printing and printing ink sector or as an additive in antifreeze agents in the automotive sector. Due to its high dissolving power and high volatility, it is also used in metal casting as a solvent for coatings. In addition, its germicidal effect against viruses and bacteria is undisputed.
Printing alcohol ISO (4 kg)
For chemical-technical applications. Application This special, high-purity alcohol mixture, with no residual water content, is primarily used as a solvent and cleaning agent in the chemical industry. In particular in the offset printing and printing ink sector or as an additive in antifreeze agents in the automotive sector. Due to its high dissolving power and high volatility, it is also used in metal casting as a solvent for coatings. In addition, its germicidal effect against viruses and bacteria is undisputed.
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