Impreglon Cellramic has served the Power Generation industry for more than 25 years. Our unique coatings are developed to withstand corrosion, wear and extremely high temperatures. These properties are crucial when working with the demanding challenges of Industrial Gas Turbines. Call our experienced staff today to find out how we can help you solve your most complex issues.
Gas Turbines and Steam Power Generation
Steam power generation is a very demanding process on its rotating and stationary components. Impreglon Cellramic can increase the life of these components by coating them with chrome carbide on blades, buckets and diaphragms. These HVOF applied chemistries are hard (65 Rc) and temperature resistant, max temp. 1400 F which is perfect for impeding high temperature erosion.
Induced draft fan blades used in steam power plants are subjected to extreme particle erosion. Impreglon Cellramic coats these parts with 70 + Rc tungsten carbide. These coatings have been found to be the most resistant material in erosion applications, thus greatly extending the life of I.D fan blades.
IGT components see extreme conditions such as oxidation, corrosion and thermal shock. The operating temperatures of these environments can be 1600 F continuous. Impreglon Cellramic applies a full line of TBC coatings to protect components such as baskets, inner and outer cones, etc. which greatly increase the life of these parts.
One of the most significant problems with wind turbines is atmospheric corrosion. This becomes even more crucial when the wind turbine is placed in saltwater environments. Thermal Spray coatings are a better option than traditional paint coatings. Thermal Spray Zinc coatings from Impreglon Cellramic offer a much more durable finish while paint coatings are very susceptible to damage. Our coatings will greatly increase the life of your components even when placed in the most challenging environments. With our wide range of coatings and our experienced staff Impreglon Cellramic can offer our customers a customized solution.