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We control purity, particle size, and reaction-endpoint parameters during synthesis, and test each batch for reactivity index to ensure predictable curing behavior in TGIC and HAA systems.

We offer resin selection recommendations, pigment/additive compatibility checks, sample extrusion testing, and application validation to ensure reliable, scalable production.

Yes, we can tailor TGIC/HAA cure kinetics, adjust resin reactivity, and provide formulation guidance to match your oven temperature, line speed, and product requirements.

We design polyester backbones with UV-stable structures, controlled MW distribution, and optimized end-group chemistry to enhance gloss retention and anti-yellowing performance.

​Our technical team can analyze resin melt behavior, additive compatibility, and extrusion conditions to recommend an optimized resin grade or adjustment to improve surface appearance.

We use DCS-controlled reactions, MES batch tracking, and strict acid-value/molecular-weight monitoring to guarantee stable curing performance in every production batch.

​Sustainability has become a defining direction for the global powder coating industry. Manufacturers, coating applicators, and raw material suppliers are all under increasing pressure to reduce emissions, lower energy consumption, and adopt materials with improved environmental profiles.

​Polyester resin is widely used in powder coatings, composites, and industrial manufacturing due to its strong mechanical properties, chemical resistance, and predictable curing behavior. While polyester resin appears solid at room temperature, it only reaches full performance after completing the curing process.

​The drying or curing time of epoxy resin depends on temperature, resin type, curing agent selection, film thickness, and the application method. While some epoxy systems become dry to the touch in a few hours, full curing typically takes much longer.

​Epoxy resin is widely used in coatings, adhesives, electronics, and industrial applications because of its excellent adhesion, mechanical strength, and chemical resistance. However, many users wonder whether epoxy resin is dangerous and what safety considerations they should be aware of.

​Epoxy resin is a versatile thermosetting polymer used in coatings, adhesives, electronics, crafts, and industrial applications. In powder coatings, epoxy resin provides superior adhesion, corrosion resistance, and smooth appearance, making it ideal for indoor metal protection and high-performance primers.

​Polyester resin is one of the most important raw materials used in powder coatings, providing the film-forming backbone that defines flow, gloss, durability, and outdoor resistance. Its performance depends entirely on how it is manufactured.