Oil tank corrosion and leakage repair

Transformer oil leak sealing, bushing oil seepage repair, weld oil leakage, tank seepage corrosion, bolt oil seepage, generator oil leakage, compressor seepage, tank cracking, oil tank leakage repair, floating roof tank oil seepage repair, tank pipeline corrosion pinholes. Equipment corrosion and leakage is a common phenomenon. Traditional methods mainly involve welding repairs, which require shutdown and cleaning before operation. Not only does welding pose safety risks, but it also leads to "alkali embrittlement" in metals after welding, causing leaks to worsen with each repair. Yuke Oil-Water Compatible Repair Agent can quickly bond and seal leakage points with simple treatment. After curing, it becomes as hard as cast iron with excellent temperature and corrosion resistance. The Qingdao Beer Saccharification Workshop's 96°C hot water tank, made of 304 stainless steel with a capacity of 600 tons of water, has been in operation for over 20 years. The bottom of the tank is severely aged and corroded, making welding impossible. Yuke Company used cold welding repair materials to treat the surface of the leakage points for repair. This process has now become the standard repair method for Qingdao Beer tanks. Changsheng Peanut Oil Storage Tank had oil leakage issues in over 20 bolts. Yuke Company performed a comprehensive cold welding repair on the bolt distribution areas, greatly resolving the leakage problem that had troubled the customer for years. It has now been operating safely for over 6 years. Sinopec Oil Depot’s floating roof oil tank had water vapor corrosion and leakage at the bottom. Using oil-water compatible repair technology, the leakage was bonded and repaired without the need for hot work, ensuring safety and reliability. EG10 (Oil-Water Super Metal) Series is used for rebuilding and repairing mechanical equipment, featuring an oil-water compatible bonding-grade repair system. It is a two-component system based on silicon steel alloy, mixed with water-compatible high-molecular reactive polymers and oligomers, specifically designed for wet, oily, or underwater structures. It can be applied to manually treated surfaces. Applications: Transformer oil leakage: bolt oil leakage, gas leakage oil, radiator oil leakage, weld pinhole oil leakage, flange leakage repair, oil pump oil leakage, oil filter leakage, butterfly valve oil leakage, etc. Generator oil leakage, air compressor oil leakage, oil tank leakage, floating roof tank repair, rubber-lined tank repair. Yuke Oil-Water Compatible Repair Agent can strongly bond on water or oil surfaces without requiring equipment shutdown. It has low surface treatment requirements and can bond on manually treated surfaces. Originally in paste form, components A and B are mixed at room temperature and applied to the repair surface. After curing at room temperature, it becomes as hard as cast iron and can undergo various machining processes without shrinkage or cracking. Its dense macromolecular structure can long-term withstand the strong penetration of high-permeability oil, avoiding stress damage caused by welding and the high downtime costs of replacing parts. Qingdao Yuke New Material Co., Ltd. was formerly the engineering service provider of the UK E-WOOD Polymer Company. By continuously improving technology and obtaining multiple patents in domestic and international markets, we not only provide products but also offer one-stop engineering services in China. Polymer repair technology has recently played an increasingly significant role in ultra-high voltage transmission systems such as large substations. It has been used for conventional leakage sealing and emergency handling of issues like bushing general caps, transformer oil pipeline weld pinholes, oil pump body pinholes, load tap changer explosion-proof membrane rupture, and oil tank corrosion leakage, achieving excellent results and enabling operation under oil and pressure without shutdown. EG repair technology can adapt to temperatures from -40°C to 140°C and repair water and oil surfaces. In practical applications, its lifespan can exceed 10 years, making it a safe and reliable repair technology.