STYRODIA

STYRODIA is expandable polystyrene beads, whose molded products have excellent heat insulation and shock-absorbing properties. It is widely used in Japan for food packaging materials, cushioning packaging materials, building insulation materials and civil engineering materials. Used molded products can be recycled as raw materials for a wide variety of re-manufactured products. The material recycling rate in Japan is more than 50%, and 90% if thermal recycling is included.

CLEARPOR

CLEARPOR is an expandable polymethyl methacrylate bead. It combines the excellent thermal degradability of polymethyl methacrylate with the superior expanding and molding properties and rigidity of polystyrene, making it suitable for the lost foam casting methods.
Compared to molded products made of expandable polystyrene (EPS), the superior thermal decomposability of this material allows for castings products with fewer soot defects and less carburization. In addition, dimensional changes in molded products are smaller, resulting in more precise models.

HEATPOR GR

HEATPOR GR is an expandable polyacrylonitrile/styrene bead whose molded products have excellent heat resistance, with dimensional change within ±1% at 90°C. It also has excellent oil resistance, and HA300 and HLA300 are resistant to gasoline and kerosene. Like expanded polystyrene, it is a foam with an independent cell structure, making it suitable as a heat insulator due to its low thermal conductivity and water absorption. Molded products of HEATPOR GR are used as roofing underlayment, heat insulation and thermal insulation material for tanks and solar equipment, heat insulation material for hot water pipes, parts trays for robot lines and structural components requiring heat resistance (automotive parts, home appliance parts, etc.).

ELEMPOR NEO

ELEMPOR NEO is an expandable polyethylene/polystyrene composite bead developed using foaming agent impregnation technology. It is softer and more tenacious than expanded polystyrene and expanded high impact polystyrene, making it suitable for shock absorbers and cushioning materials for heavy objects. It can be pre-expanded and molded using EPS molding machines.