English
Many enterprises face blind selection problems when purchasing powder coatings, resulting in mismatch between powder performance and application scenarios, excessive cost waste or insufficient protective performance. This article summarizes a complete set of industrial powder coating selection guidelines, classifies and explains the applicable scenarios of epoxy, polyester, hybrid and functional powders. It matches targeted powder types according to different use environments such as indoor, outdoor, high temperature, humid and corrosive scenarios, helping enterprises select high-cost-performance powder products accurately and avoid quality risks and cost waste.
READ MORE This article targets the emerging new energy market, focusing on special powder coatings for power battery cabinets, energy storage shells, and photovoltaic supporting equipment. It analyzes the core performance requirements of new energy equipment coatings: electrical insulation, flame retardancy, anti-corrosion, temperature resistance, and weather resistance. The article elaborates on the formula design of insulating flame-retardant powder, production process control points, and industry certification standards, and introduces how TYOPSUN’s customized production lines meet the high-standard coating needs of the new energy industry.
READ MORE This article introduces the cutting-edge radiation cooling powder coating, a new energy-saving functional coating based on atmospheric radiation principle. It explains how the coating reflects solar radiation and dissipates surface heat to achieve passive cooling without electricity. The article analyzes core formula components including infrared radiation fillers and high-reflection pigments, summarizes production technical points, and illustrates its huge application value in building exterior walls, roof panels, and container houses. It also explains how TYOPSUN’s precision production equipment ensures stable cooling performance of mass-produced powder.
READ MORE This article explores powder coating solutions for medical devices, a highly regulated industry with strict requirements for biocompatibility, sterility, corrosion resistance, and durability. It explains the key compliance standards (FDA, ISO 10993) and performance requirements for medical device powder coatings, including biocompatibility (non-toxic, non-irritating), corrosion resistance (for stainless steel and titanium devices), and sterility (ability to withstand autoclaving). The article highlights TYOPSUN’s specialized equipment for medical device powder coating, including cleanroom-compatible mixing and extrusion systems, ensuring compliance and consistent quality for critical medical applications.
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