Magcare, a leading ISO 9001:2015 certified company based in Mumbai, India, manufactures the Magcare range of Fuel Additives & Combustion Catalysts.
MagCare offers a wide range of Fuel Additives used as corrosion inhibitors in crude oil and heavy fuels for applications in Boilers, Gas Turbines, and also Coal-powered Boilers to improve the life and eco-efficiency of equipment, utilities and plants. MagCare products are best for combustion optimization.
MagCare combats corrosion in the hot parts of systems caused by low melting deposits containing vanadium and sodium, as well as corrosion in cooler parts of the plant caused by the condensation of sulphuric acid. Initially, it forms magnesium compounds with a higher melting point and therefore does not adhere to the plant walls. Then, the basic magnesium compounds neutralize acidic mineral acids.
MagCare products are based on our in-house proprietary formulations manufactured by nanotechnology, using ultrafine particles suspended in an organic medium that is extremely stable and can stand for several years with no sedimentation.
Today, MagCare is fully equipped to serve Indian, European, Middle Eastern, and other Asian markets. Its personnel have extensive experience in working all over the world markets.
Magcare’s primary function is to prevent corrosion caused by high and low temperatures. Reducing corrosion prolongs the lifespan of components in the flue gas duct.
Using Magcare helps prevent corrosion buildup, facilitating heat transfer in the superheater and air heater. As a result, there is less need for downtime for cleaning.
Magcare reduces the frequency of cleaning required for the air heater and superheater, ensuring equipment remains robust and requires minimal upkeep.
With improved corrosion resistance, the high and low-temperature parts last longer, requiring fewer cleanings and resulting in fewer unexpected shutdowns.
Our products are nano particles in size, highly reactive and consumes less. The additives are manufactured under stringent quality control procedures.
