Polymer micro-powder is suitable for the molding process of SMC and BMC. It can be added in proportion during the raw material mixing stage, and after thorough mixing, subsequent molding processing can be carried out. It is a thermosetting glass fiber reinforced plastic molding material

For composite material profiles (such as fiberglass profiles) produced continuously through the pultrusion process, the addition of polymer micro-powder as an additive can significantly enhance their performance and improve the production process.

Polymer micropowder is widely used as a hot-melt adhesive for alkaline battery cathode rings. It can enhance the mechanical strength of the cathode rings, aid in controlling the compression process, reduce scrap rates, and significantly reduce mold wear.

Polymer micro-powder is often used as a binder in the production of carbon rod filters. It can tightly bind activated carbon powder under certain temperature and pressure conditions, forming a carbon rod filter with a certain strength and shape, which can enhance the performance of the carbon rod filter.

Rapid curing, no need for drying and waiting, improves the hardness, wear resistance, and impact resistance of the board, reducing issues such as deformation and cracking of the board

Rapid curing, no need for drying and waiting, enhances the water resistance, acid and alkali resistance, and solvent resistance of the metal surface coating, reducing issues such as discoloration and blistering caused by corrosion of chemicals on the metal surface

Rapid curing, no need for drying and waiting, shortened production cycle, improved production continuity, superior physical properties of the cured coating surface, strong resistance to chemical corrosion, smooth appearance and no volatile organic compounds, safer and more environmentally friendly

A type of porous material characterized by a regular and ordered pore structure, narrow pore size distribution, and continuously adjustable pore size.

Functional masterbatches in the packaging field can simplify production processes, reduce costs, and precisely impart the desired functions to packaging materials, meeting the safety, functionality, and environmental protection requirements of industries such as food, medicine, electronics, and logistics.