Product Overview
We offer Various types of Anti Corrosive Linings are used to protect the vessels, tanks, water treatment plants, pipes, flanges and any other equipment which is used in any corrosive environment or storage of corrosive liquids. Every fluid/liquid has a different corrosive nature some being highly corrosive in nature and some not very corrosive, and they react differently with different metals. So for different applications we have different types of linings in varying thickness to protect the equipment in the best possible way from corrosion. The different types of linings that are being done by us are: 1. Rubber Lining (Natural and Synthetic) 2. FRP Lining 3. Lead Lining 4. Brick Lining 5. Epoxy Coating 6. Polyurethane Coating A tanka s structure is subject to forces such as expansion and contraction caused by changes in air temperature, sun heating, sudden introduction of new product at different temperatures and wind deflection. Traditional thin mil systems like an epoxy coating do not have flex modulus or elongation characteristics capable of moving with the tank wall. This can lead to point disbondment from the substrate. Once this has begun, the blistering and flaking cycle of the coating begins. Oxidation of the tank wall material develops behind the disbonded areas of coating, and then migrates to adjoining areas. In any chemical industry, floors, storage tanks, pipelines etc. requires resistance to certa
We offer Various types of Anti Corrosive Linings are used to protect the vessels, tanks, water treatment plants, pipes, flanges and any other equipment which is used in any corrosive environment or storage of corrosive liquids. Every fluid/liquid has a different corrosive nature some being highly corrosive in nature and some not very corrosive, and they react differently with different metals. So for different applications we have different types of linings in varying thickness to protect the equipment in the best possible way from corrosion. The different types of linings that are being done by us are: 1. Rubber Lining (Natural and Synthetic) 2. FRP Lining 3. Lead Lining 4. Brick Lining 5. Epoxy Coating 6. Polyurethane Coating A tanka s structure is subject to forces such as expansion and contraction caused by changes in air temperature, sun heating, sudden introduction of new product at different temperatures and wind deflection. Traditional thin mil systems like an epoxy coating do not have flex modulus or elongation characteristics capable of moving with the tank wall. This can lead to point disbondment from the substrate. Once this has begun, the blistering and flaking cycle of the coating begins. Oxidation of the tank wall material develops behind the disbonded areas of coating, and then migrates to adjoining areas. In any chemical industry, floors, storage tanks, pipelines etc. requires resistance to certa
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