High-thermal-resistance graphite EPS adopt the continuous production process of extrusion method, in which we have successfully solved the problem of large proportion of graphite filling and uniform dispersion, and realized the graphite addition of more than 5%, which makes the special performance of graphite EPS, especially the extraordinary thermal barrier performance can be fully demonstrated, and a large proportion of graphite filling on the enhancement of flame retardant properties, the product meets the requirements of B1 class. The product meets the requirements of class B1 flame retardant performance.

The product is ShockPor high cushioning foam beads developed independently by the company. Its special formula and process builds a unique bubble pore structure inside the beads and introduces toughening ingredients to enhance the performance. After foaming and molding, it can prepare high-density EPS smart foam with both high compression strength and excellent impact resistance.

HX-EPO is a molecular level interpenetrating network polymer foam, produced through the company's professional microcellular foaming platform, through the physical mixing and extrusion process to achieve a high degree of uniformity in the mixing of toughening components and GPPS, and to achieve the toughening of the EPS foam products and increase the elasticity and so on. Its main components are polystyrene PS and polyolefin PO, HX-EPO combines the advantages of both PS and PO.

Colored EPS is made from polystyrene resin as the main raw material, and pigments or color masterbatches are added during the production process. This material has the characteristics of easy processing and molding, rich colors, and can provide customized services according to customer needs, manufacturing selected various colors of EPS beads to meet the diverse needs of different customers.

R-EPS is a kind of polymer material made from recycled polystyrene foam and other waste materials by the company through the EPS production process of extrusion method, which realizes the recycling of EPS recycled material to R-EPS through physical process, and it has significant environmental protection advantages.