English
alt spray corrosion is the most severe industrial corrosion form, widely existing in coastal areas, chemical plants and marine engineering environments. Ordinary powder coatings are prone to blistering, rusting and peeling in high-salt fog environments. This article deeply analyzes the salt spray corrosion penetration mechanism of powder coatings, summarizes the failure causes of coating films in salt spray tests, and proposes multi-dimensional optimization schemes including formula upgrading, pretreatment standardization and film thickness control. It guides manufacturers to greatly improve the salt spray resistance of powder products and meet heavy-duty anti-corrosion engineering standards.
READ MORE Driven by global dual-carbon policies and manufacturing upgrading, the powder coating industry is undergoing comprehensive structural transformation in 2026. The industry development focus is shifting from simple oil-to-powder replacement to green low-carbon, intelligent manufacturing and high-functional innovation. This article analyzes the three core development trends of the powder coating industry: energy-saving low-carbon process upgrading, intelligent automated production transformation, and diversified functional powder iteration. It predicts the future market layout and technical competition direction, providing industry reference for powder manufacturers and coating processing enterprises.
READ MORE Pinhole defects are one of the most common and troublesome surface problems in powder coating production, which seriously damage the compactness, aesthetics, and anti-corrosion performance of coating films. This article systematically classifies the core causes of pinholes from four dimensions: raw material characteristics, workpiece pretreatment, curing process parameters, and spraying operation specifications. It analyzes the internal mechanism of pinhole formation caused by moisture, volatile impurities, uneven powder dispersion, and unreasonable temperature rise curves. Meanwhile, it provides targeted, operable optimization schemes and standardized production processes, combined with TYOPSUN’s professional equipment optimization solutions, helping manufacturers completely solve pinhole defects and improve finished product qualification rate.
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.
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