A water tank lining is a container for storing water. Water tanks are used to provide storage of water for use in many applications, including drinking water, irrigated agriculture, fire fighting, agriculture, plants and livestock, chemical manufacturing, food preparation, and many other uses. The tank parameters include the overall design of the tank and the choice of building materials and lining. A variety of materials are available for making water tanks: plastic (polyethylene, polypropylene), fiberglass, concrete, stone, steel (welded or bolted, carbon or stainless steel). Pottery can also be used as a water reservoir. Water tanks are an effective way to help developing countries store clean water.
Polyethylene geomembrane makes great Water Tank Lining which is used for internal lining on concrete and pressed steel tanks to address seam leakage problems caused by cracks or cracks caused by thermal motion and UV light. In addition, our Water Tank Lining corrosion plays a key role in maintaining and preventing corrosion and tank deterioration. This tank method in the tank is a proven technology that ensures total sealing efficiency and durability.
Since the invention, including in the tank lining environment, epoxy resin coating has become the main force to control corrosion. Because epoxy coatings are a versatile technology, the endless variations and uses of epoxy liners cannot be listed here. Technologies such as Novalac epoxy mean that they can now be used in more aggressive and higher temperature environments than ever before.
Cementitious Tank Linings, polymer-modified cement linings and epoxy-modified cement linings have been widely used in concrete tank linings throughout the industry and water treatment for many years. A particular benefit of cement linings is that they are commonly used for waterproofing underground structures. Usually cement tank linings are steam permeable, which also means that they are particularly suitable for use in underground structures.
This proven technology provides some of the highest levels of chemical resistance when applying a protective liner. Because this material can withstand chemical attack even at high temperatures, it has been used extensively throughout the chemical process and in refinery environments.
Like epoxy, Polyurethane Tank Lining is a very versatile technology with many variations and uses. Not all polyurethanes are suitable for tank linings, and any polyurethane used should be designed specifically for this purpose. Polyurethanes can be made flexible, brittle or somewhere in between through different formulations. Flexible/cracked bridging materials are particularly suitable for concrete structures.
Polyurea materials are a relatively new phenomenon in the world of tank linings, and their commercial applications began in the 1990s. Typically, due to the very fast gel time of the material (usually less than 10 seconds), the material is applied by professional spray equipment. This material typically has excellent strength and flexibility and has an elongation of up to 900%. As with epoxy and polyurethane, there are many different versions available for different applications.