Full antifrogen product range

Antifrogen™ N is a liquid, tinted pale yellow, for use as a heat transfer medium in closed hot water heating systems, heat pumps and as cooling brine in industrial refrigeration equipment. Antifrogen™ N is not suitable for the use in food or pharmaceutical applications. Alternatively, the use of Antifrogen™ L is recommended. The product is inhibited without the use of nitrites-, amines-, borates-, silicates- and phosphates. Read more about Clariant Heat Transfer Fluids Find a distributor

Antifrogen™ L is a clear liquid, tinted blue, for use as a heat transfer medium in heat pump systems and in the food industry, e.g. in breweries, dairies, ice-cream factories, cold stores and fish processing factories. The product is inhibited without the use of nitrites-, amines-, borates-, silicates- and phosphates. Read more about Clariant Heat Transfer Fluids Find a distributor

Antifrogen™ SOL HT is a physiologically harmless, yellowish, clear liquid based on an aqueous solution of higher boiling glycols, which is used as a heat transfer medium in solar heating systems, also those exposed to high thermal loads. The product is inhibited without the use of nitrites-, borates-, silicates- and phosphates. It meets the requirements of DIN 4757, part 3, for solar heating systems. Read more about Clariant Heat Transfer Fluids or find a distributor

Antifrogen KF VP 1974 is a non-toxic clear liquid, based on an aqueous formate solution which is used as a low-temperature brine down to -50 °C in industrial and food refrigeration systems. The brine adjusted for reliable protection against freezing is inhibited with non-toxic corrosion inhibitors and is nitrite, amine and borate-free. Read more about Clariant Heat Transfer Fluids or find a distributor

Antifrogen SOL Clean is a physiological harmless colorless clear fluid based on glycol ethers. Antifrogen SOL Clean is used as a cleaning agent for solar thermal systems. The product is free of nitrites-, amines-, borates-, silicates- and phosphates. The optimization of the corrosion inhibition system was performed without the use of CMR-substances (cancerogenic, mutagenic, reprotoxic).