Organics
Organic chemicals are important raw materials for industry, laboratories and technical applications. They are used in food production, cosmetics manufacture and in chemical and industrial processes, among other things. Typical products are citric acid, acetic acid, lactic acid or glycerine. Thanks to their defined purity and stable quality, organic raw materials are ideal for professional applications in industry, research and commercial production.
Acetic acid, 60% - technical quality (1,000 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (10 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (20 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (20 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (220 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (5 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% - technical quality (5 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 60% (E 260) food grade (1,000 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (10 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (20 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (20 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (220 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (5 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 60% (E 260) food grade (5 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 60% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 60% is also used
Acetic acid, 80% - technical quality (1,000 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (10 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (12 x 20 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (20 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (20 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (220 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (30 x 5 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (5 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (5 x 1 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% - technical quality (60 x 5 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% – technical grade (24 x 20 kg)
For technical applications. Application As a natural acid, acetic acid offers a wide range of possible applications: e.g. in cleaning formulations and for descaling. Acetic acid is also frequently used as a biogenic herbicide, although commercial use as a herbicide is not permitted on enclosed areas.
Acetic acid, 80% (E 260) food grade (1,000 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (10 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (20 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (20 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (220 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (5 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
Acetic acid, 80% (E 260) food grade (5 x 1 kg)
Authorised as food additive E 260 for applications in the food sector and cosmetics. Application As a natural acid, acetic acid 80% offers a wide range of applications in the food sector. It is used, for example, as an acidifier in pasta or as a preservative in tinned food. It is also used as an additive in the production of dairy products or in cosmetics as an acidity regulator and for the production of stable suspensions. It is authorised as E 260 in the EU. Acetic acid 80% is also used
AdBlue® urea solution (AUS 32) (5 litres)
For use in diesel vehicles with SCR technology Application AdBlue® helps to reduce pollutant emissions in the automotive industry. This is achieved through SCR technology. Using the latest catalytic converters developed for diesel engines, also known as SCR catalytic converters, nitrogen oxides can be converted into harmless water vapour and nitrogen. This is achieved using the urea solution AdBlue®, which is dosed into the catalytic converters and thus sets the chemical process in motion. This reduces the emission of harmful nitrogen oxides by up to 90 %, enabling compliance with the Euro 6 emissions standard. AdBlue® can withstand all weather conditions within Europe and can therefore be used without any problems. The product freezes at temperatures below -11 °C. It is therefore essential to use heated AdBlue® pumps in the Nordic and colder countries. Some SCR lorries have special heating systems that allow the SCR system to operate even at colder temperatures. The product is used in vehicles powered by diesel engines: Cars, lorries and agricultural vehicles such as tractors.
Citric acid solution, 50 % (20 litres)
Application Citric acid solution 50% is a form of citric acid already dissolved in water. It is therefore extremely practical to use. Pure citric acid is normally available in crystallised form or powder. Citric acid solution, on the other hand, is immediately ready for use and is therefore easier to dose. Thanks to the high concentration of citric acid solution 50%, it is ideal for descaling household appliances such as coffee machines or kettles, thereby extending the service life of the appliances. In the food and cosmetics industry, citric acid is used as a preservative, pH regulator or cleaning additive. Citric acid therefore offers an environmentally friendly alternative to synthetic cleaning agents and chemical descaling agents.
Citric acid solution, 50 % (200 litres)
Application Citric acid solution 50% is a form of citric acid already dissolved in water. It is therefore extremely practical to use. Pure citric acid is normally available in crystallised form or powder. Citric acid solution, on the other hand, is immediately ready for use and is therefore easier to dose. Thanks to the high concentration of citric acid solution 50%, it is ideal for descaling household appliances such as coffee machines or kettles, thereby extending the service life of the appliances. In the food and cosmetics industry, citric acid is used as a preservative, pH regulator or cleaning additive. Citric acid therefore offers an environmentally friendly alternative to synthetic cleaning agents and chemical descaling agents.
Citric acid solution, 50 % (5 litres)
Application Citric acid solution 50% is a form of citric acid already dissolved in water. It is therefore extremely practical to use. Pure citric acid is normally available in crystallised form or powder. Citric acid solution, on the other hand, is immediately ready for use and is therefore easier to dose. Thanks to the high concentration of citric acid solution 50%, it is ideal for descaling household appliances such as coffee machines or kettles, thereby extending the service life of the appliances. In the food and cosmetics industry, citric acid is used as a preservative, pH regulator or cleaning additive. Citric acid therefore offers an environmentally friendly alternative to synthetic cleaning agents and chemical descaling agents.
Citric acid, monohydrate (E 330) (12.5 kg)
Authorised as a food additive E 330. For cosmetics, food and technical applications. Application The most frequently occurring natural acid is often used in the food sector or in cosmetics as an acidity regulator and for the production of stable suspensions due to its odourlessness. It is authorised as E 330 in the European Union[A1]. Citric acid is also very popular as a descaling agent and for other cleaning processes (detergent additive). In the technical field, citric acid is often used to passivate metals.
Citric acid, monohydrate (E 330) (25 kg)
Authorised as a food additive E 330. For cosmetics, food and technical applications. Application The most frequently occurring natural acid is often used in the food sector or in cosmetics as an acidity regulator and for the production of stable suspensions due to its odourlessness. It is authorised as E 330 in the European Union[A1]. Citric acid is also very popular as a descaling agent and for other cleaning processes (detergent additive). In the technical field, citric acid is often used to passivate metals.
Citric acid, monohydrate (E 330) (5 kg)
Authorised as a food additive E 330. For cosmetics, food and technical applications. Application The most frequently occurring natural acid is often used in the food sector or in cosmetics as an acidity regulator and for the production of stable suspensions due to its odourlessness. It is authorised as E 330 in the European Union[A1]. Citric acid is also very popular as a descaling agent and for other cleaning processes (detergent additive). In the technical field, citric acid is often used to passivate metals.
Ethylene glycol (ethane-1,2-diol), technically at least 99.5 % (1,100 kg)
For chemical-technical applications. Application Mono-ethylene glycol, also known as ethane-1,2-diol, is a clear, colourless and almost odourless dihydric alcohol. In contrast to mono-propylene glycol, ethylene glycol is harmful to health even in small quantities and is therefore only suitable for use as a technical coolant or as a technical antifreeze. However, it is particularly suitable for this purpose, as it is absolutely frost-proof even at the lowest temperatures and is also highly compatible with materials. In particular, the use of a wide variety of metal alloys with mono-ethylene glycol - in contrast to other substances - can be regarded as uncritical. In addition to this main area of application, ethylene glycol is also used as a technical solvent and serves as the basis for the production of polyester fibres in large-scale chemical applications. By far the largest quantity, namely more than 45% of annual production, is processed into plastic in China. Due to the thermal conductivity of ethylene glycol, it is suitable as a heat transfer medium and is generally used as a mixture in the desired concentration for this purpose.
Ethylene glycol (ethane-1,2-diol), technically at least 99.5 % (22.2 kg)
For chemical-technical applications. Application Mono-ethylene glycol, also known as ethane-1,2-diol, is a clear, colourless and almost odourless dihydric alcohol. In contrast to mono-propylene glycol, ethylene glycol is harmful to health even in small quantities and is therefore only suitable for use as a technical coolant or as a technical antifreeze. However, it is particularly suitable for this purpose, as it is absolutely frost-proof even at the lowest temperatures and is also highly compatible with materials. In particular, the use of a wide variety of metal alloys with mono-ethylene glycol - in contrast to other substances - can be regarded as uncritical. In addition to this main area of application, ethylene glycol is also used as a technical solvent and serves as the basis for the production of polyester fibres in large-scale chemical applications. By far the largest quantity, namely more than 45% of annual production, is processed into plastic in China. Due to the thermal conductivity of ethylene glycol, it is suitable as a heat transfer medium and is generally used as a mixture in the desired concentration for this purpose.
Ethylene glycol (ethane-1,2-diol), technically at least 99.5 % (222 kg)
For chemical-technical applications. Application Mono-ethylene glycol, also known as ethane-1,2-diol, is a clear, colourless and almost odourless dihydric alcohol. In contrast to mono-propylene glycol, ethylene glycol is harmful to health even in small quantities and is therefore only suitable for use as a technical coolant or as a technical antifreeze. However, it is particularly suitable for this purpose, as it is absolutely frost-proof even at the lowest temperatures and is also highly compatible with materials. In particular, the use of a wide variety of metal alloys with mono-ethylene glycol - in contrast to other substances - can be regarded as uncritical. In addition to this main area of application, ethylene glycol is also used as a technical solvent and serves as the basis for the production of polyester fibres in large-scale chemical applications. By far the largest quantity, namely more than 45% of annual production, is processed into plastic in China. Due to the thermal conductivity of ethylene glycol, it is suitable as a heat transfer medium and is generally used as a mixture in the desired concentration for this purpose.
Ethylene glycol (ethane-1,2-diol), technically at least 99.5 % (5.55 kg)
For chemical-technical applications. Application Mono-ethylene glycol, also known as ethane-1,2-diol, is a clear, colourless and almost odourless dihydric alcohol. In contrast to mono-propylene glycol, ethylene glycol is harmful to health even in small quantities and is therefore only suitable for use as a technical coolant or as a technical antifreeze. However, it is particularly suitable for this purpose, as it is absolutely frost-proof even at the lowest temperatures and is also highly compatible with materials. In particular, the use of a wide variety of metal alloys with mono-ethylene glycol - in contrast to other substances - can be regarded as uncritical. In addition to this main area of application, ethylene glycol is also used as a technical solvent and serves as the basis for the production of polyester fibres in large-scale chemical applications. By far the largest quantity, namely more than 45% of annual production, is processed into plastic in China. Due to the thermal conductivity of ethylene glycol, it is suitable as a heat transfer medium and is generally used as a mixture in the desired concentration for this purpose.
Glycerine 86 % (technical) (1000 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oil as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 86 % technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (technical) (25 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oil as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 86 % technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (technical) (250 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oil as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 86 % technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (technical) (6.2 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oil as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 86 % technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (vegetable), n. PH. EUR, non-gmo (1000 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (vegetable), n. PH. EUR, non-gmo (25 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (vegetable), n. PH. EUR, non-gmo (250 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 86 % (vegetable), n. PH. EUR, non-gmo (6.2 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (technical) (1000 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product from the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oils as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 99.5% technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (technical) (25 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product from the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oils as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 99.5% technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (technical) (250 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product from the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oils as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 99.5% technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (technical) (6.2 kg)
For chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product from the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. It is produced there as a by-product, which is concentrated and refined into glycerine in further refining and purification processes. Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. It can be used in leather care products and lubricants, as well as a coolant and antifreeze for motor vehicles, as a solar fluid in PV systems or in other environments where heat needs to be dissipated or cold needs to be supplied. Since 2009, major car manufacturers have also been using glycerine from used cooking oils as a substitute for ethylene glycol as a coolant additive (G13) in their vehicles. Glycerine 99.5% technical from chemiekontor. de is harmless to health. With over 800 possible applications in many areas, glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (1.000 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (12x25 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (24x25 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (25 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (250 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (30x6,2 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (6.2 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Glycerine 99.5 % (vegetable), n. PH. EUR, non-gmo (60x6,2 kg)
For the food sector, for cosmetic and chemical-technical applications. Application Glycerine, which was originally obtained as a cleavage product during the splitting of oils and fats, is now obtained on a large scale in the production of methyl esters as part of the production of sustainable fuels. There it is produced as a by-product, which is refined into glycerine in further refining and purification processes in accordance with the European Pharmacopoeia (Ph. Eur.). Glycerine has a wide range of applications, as its product properties offer a broad spectrum of possible uses. Due to its water-binding and moisturising properties, it is used in cosmetics such as lotions, creams or as an ingredient in hand sanitiser formulations and serves as a base for skin and leather care in general. Due to its slightly sweet flavour (hence its old name: oil sweet), it is also used as a food supplement, e.g. in dietary products or in pharmaceutical applications, and as part of the base for e-liquids (e-cigarettes). With its low-temperature properties, it serves as a powerful antifreeze in both the technical and food sectors. Glycerine is even authorised as a food additive E422 in the EU. With over 800 possible applications - from lubricants to foodstuffs - glycerine is one of the most important products in the oleochemical industry.
Lactic acid, 80% (E 270) (1,200 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (10 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (20 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (20 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (250 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (5 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 80% (E 270) (5 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (1,200 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (10 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (20 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (20 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (250 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (5 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Lactic acid, 90% (E 270) (5 x 1 kg)
Lactic acid (racemate), natural. Authorised as food additive E 270. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Liquid lactic acid (racemate) is often used as a 1:1 mixture of left- and right-turning lactic acid to regulate acidity in baked goods and confectionery or in drinks and for preservation. Lactic acid is also used in lacto-fermentation and for the preservation of silage in animal feed production. In technical applications, lactic acid has a biocidal effect and is therefore a component of disinfectant solutions and other cleaning agents. Lactic acid is also used for gentle descaling.
Propylene glycol (1,2-propanediol), technically at least 99.5 % (1030 kg)
For chemical-technical applications. Application 1,2-mono propylene glycol or 1,2-propanediol is a water-clear, colourless and almost odourless polyhydric alcohol. It is highly water-absorbent and is often used, due to its dissolving and emulsifying properties, as a carrier substance or as a solvent for colourings, flavourings, emulsifiers and for dissolving enzymes. 1,2-mono-mono-propylene glycol is authorised in the European Union as a food additive as E1520, among other things, for food supplements. In the technical field, 1,2-mono propylene glycol in water-substance mixtures serves as an antifreeze and as a coolant. Propylene glycol can substitute glycerine in various manufacturing processes and vice versa. Due to its antimicrobial effect, additional preservatives can often be dispensed with when using 1,2-mono propylene glycol. 1,2-propylene glycol, like ethylene glycol, is particularly suitable as a heat transfer medium in solar thermal applications. As a rule, it is used there as a mixture in the desired concentration for
Propylene glycol (1,2-propanediol), technically at least 99.5 % (20.6 kg)
For chemical-technical applications. Application 1,2-mono propylene glycol or 1,2-propanediol is a water-clear, colourless and almost odourless polyhydric alcohol. It is highly water-absorbent and is often used, due to its dissolving and emulsifying properties, as a carrier substance or as a solvent for colourings, flavourings, emulsifiers and for dissolving enzymes. 1,2-mono-mono-propylene glycol is authorised in the European Union as a food additive as E1520, among other things, for food supplements. In the technical field, 1,2-mono propylene glycol in water-substance mixtures serves as an antifreeze and as a coolant. Propylene glycol can substitute glycerine in various manufacturing processes and vice versa. Due to its antimicrobial effect, additional preservatives can often be dispensed with when using 1,2-mono propylene glycol. 1,2-propylene glycol, like ethylene glycol, is particularly suitable as a heat transfer medium in solar thermal applications. As a rule, it is used there as a mixture in the desired concentration for
Propylene glycol (1,2-propanediol), technically at least 99.5 % (206 kg)
For chemical-technical applications. Application 1,2-mono propylene glycol or 1,2-propanediol is a water-clear, colourless and almost odourless polyhydric alcohol. It is highly water-absorbent and is often used, due to its dissolving and emulsifying properties, as a carrier substance or as a solvent for colourings, flavourings, emulsifiers and for dissolving enzymes. 1,2-mono-mono-propylene glycol is authorised in the European Union as a food additive as E1520, among other things, for food supplements. In the technical field, 1,2-mono propylene glycol in water-substance mixtures serves as an antifreeze and as a coolant. Propylene glycol can substitute glycerine in various manufacturing processes and vice versa. Due to its antimicrobial effect, additional preservatives can often be dispensed with when using 1,2-mono propylene glycol. 1,2-propylene glycol, like ethylene glycol, is particularly suitable as a heat transfer medium in solar thermal applications. As a rule, it is used there as a mixture in the desired concentration for
Propylene glycol (1,2-propanediol), technically at least 99.5 % (5.15 kg)
For chemical-technical applications. Application 1,2-mono propylene glycol or 1,2-propanediol is a clear, colourless and almost odourless polyhydric alcohol. It is highly water-absorbent and is often used as a carrier or solvent for dyes, flavourings, emulsifiers and for dissolving enzymes due to its dissolving and emulsifying properties. In technical applications, 1,2-mono propylene glycol is used in a water-substance mixture as antifreeze and as a coolant. Propylene glycol can substitute glycerine in various manufacturing processes and vice versa. Due to its antimicrobial effect, additional preservatives can often be dispensed with when using 1,2-mono propylene glycol. Like ethylene glycol, 1,2-propylene glycol is particularly suitable as a heat transfer medium in solar thermal applications. As a rule, it is used there as a mixture in the desired concentration to
Tartaric acid, natural, semolina (E 334) (1 kg)
L(+)-tartaric acid, natural. Authorised as food additive E 334. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Due to its natural origin, L(+)-tartaric acid is generally used in the food sector
Tartaric acid, natural, semolina (E 334) (12.5 kg)
L(+)-tartaric acid, natural. Authorised as food additive E 334. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Due to its natural origin, L(+)-tartaric acid is generally used in the food sector
Tartaric acid, natural, semolina (E 334) (25 kg)
L(+)-tartaric acid, natural. Authorised as food additive E 334. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Due to its natural origin, L(+)-tartaric acid is generally used in the food sector
Tartaric acid, natural, semolina (E 334) (5 kg)
L(+)-tartaric acid, natural. Authorised as food additive E 334. Organic acid for industrial purposes. Used in the food sector and in technical applications. Application Due to its natural origin, L(+)-tartaric acid is generally used in the food sector
Ultrapure water - distilled water (laboratory quality) (1000 litres)
Application Our ultrapure water, also known as distilled water or deionised water, stands for the highest purity and quality. It is produced in a complex, multi-stage purification process that goes beyond classic distillation. Distillation, reverse osmosis, ion exchange or other filtration methods remove all impurities, minerals, salts, ions and microorganisms. The result is an extremely pure liquid, which is indispensable for numerous sensitive areas of application. Ultrapure water is used in particular in high-precision industries where absolute purity and quality are essential. In the pharmaceutical industry, it is used to produce medicines and infusion solutions, while in medical technology it is indispensable for the thorough cleaning of sensitive medical devices. The semiconductor and microelectronics industry also relies on ultrapure water, as it ensures a contamination-free environment during the production of chips and circuit boards. In the cosmetics industry, it serves as the basis for skin-friendly formulations and ensures the highest product purity. Laboratories and research facilities also benefit from its exceptional quality – whether for scientific experiments, chemical analyses or calibrations. In addition, ultrapure water is used in numerous technical applications, including car batteries, steam irons, cooling systems and industrial cleaning processes, where it effectively prevents deposits and corrosion. Due to its complete absence of dissolved minerals, ultrapure water is a preferred medium for all processes that require high purity and freedom from conductivity.
Ultrapure water - distilled water (laboratory quality) (20 litres)
Application Our ultrapure water, also known as distilled water or deionised water, stands for the highest purity and quality. It is produced in a complex, multi-stage purification process that goes beyond classic distillation. Distillation, reverse osmosis, ion exchange or other filtration methods remove all impurities, minerals, salts, ions and microorganisms. The result is an extremely pure liquid, which is indispensable for numerous sensitive areas of application. Ultrapure water is used in particular in high-precision industries where absolute purity and quality are essential. In the pharmaceutical industry, it is used to produce medicines and infusion solutions, while in medical technology it is indispensable for the thorough cleaning of sensitive medical devices. The semiconductor and microelectronics industry also relies on ultrapure water, as it ensures a contamination-free environment during the production of chips and circuit boards. In the cosmetics industry, it serves as the basis for skin-friendly formulations and ensures the highest product purity. Laboratories and research facilities also benefit from its exceptional quality – whether for scientific experiments, chemical analyses or calibrations. In addition, ultrapure water is used in numerous technical applications, including car batteries, steam irons, cooling systems and industrial cleaning processes, where it effectively prevents deposits and corrosion. Due to its complete absence of dissolved minerals, ultrapure water is a preferred medium for all processes that require high purity and freedom from conductivity.
Ultrapure water - distilled water (laboratory quality) (5 litres)
Application Our ultrapure water, also known as distilled water or deionised water, stands for the highest purity and quality. It is produced in a complex, multi-stage purification process that goes beyond classic distillation. Distillation, reverse osmosis, ion exchange or other filtration methods remove all impurities, minerals, salts, ions and microorganisms. The result is an extremely pure liquid, which is indispensable for numerous sensitive areas of application. Ultrapure water is used in particular in high-precision industries where absolute purity and quality are essential. In the pharmaceutical industry, it is used to produce medicines and infusion solutions, while in medical technology it is indispensable for the thorough cleaning of sensitive medical devices. The semiconductor and microelectronics industry also relies on ultrapure water, as it ensures a contamination-free environment during the production of chips and circuit boards. In the cosmetics industry, it serves as the basis for skin-friendly formulations and ensures the highest product purity. Laboratories and research facilities also benefit from its exceptional quality – whether for scientific experiments, chemical analyses or calibrations. In addition, ultrapure water is used in numerous technical applications, including car batteries, steam irons, cooling systems and industrial cleaning processes, where it effectively prevents deposits and corrosion. Due to its complete absence of dissolved minerals, ultrapure water is a preferred medium for all processes that require high purity and freedom from conductivity.
Our strengths. Your advantages.
Top quality
Rely on our carefully tested chemical raw materials - directly available for your industrial needs
- Carefully selected products
- Suppliers and processes regularly audited
- Reliable quality for drums, IBCs and big bags
- Optimum industrial quality
Best prices
Benefit from fair conditions, our many years of market knowledge and practical experience
- Price advantages through volume and experience
- Efficient logistics and packaging
- Attractive conditions for large containers
- Direct access to fair purchase prices
Fast supply
Customised logistics and individual freight costs ensure a reliable supply.
- Delivery optimised by location and quantity
- No flat rates - only actual costs
- Premium logistics partner for on-time delivery
- Perfect for large containers and B2B
