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SCGC™ HDPE

High Density Polyethylene Resin

High-Density Polyethylene is a versatile and durable material shaping industries worldwide thus is a go-to solution for packaging, construction, and more. From bottles to pipes, its wide-ranging applications make HDPE an essential player in modern manufacturing.


SCGC™ HDPE is a high-density polyethylene resin produced by a bimodal process, a technology developed by Mitsui Chemicals Inc., offering high strengths thus be abale to withstand high impact, heat, and chemicals while maintain stiffness and easy processing.

Icorene® 3982 is bonding high density polyethylene powder to increase adhesion between Polyethylene (PE) and Polyurethane (PU) foam by mechanical means. By enhancing contact surface. The product is specifically designed for rotomolded PE cooler box with PU foam insulation or multi-layer part consisting of PE/PU Product.

3985 is a color compound high density polyethylene which exhibits superior mechanical properties when compared to traditional high density grades. This grade has been specifically developed for kayaks and for products that require a combination of high impact strength and rigidity. 3985 is fully UV stabilized with a minimum UV8 rating.

SCGC™ HDPE F15 is a high density polyethylene product of bi-modal process. It is recommended for film which is produced by high speed machine and wide lay flat. The key characteristics are high tesile strength and high productivity.

SCGC™ HDPE H1000PBL is a blue (no lighter than RAL 5005), trimodal, high density polyethylene compound that is specially designed for water pressure pipes, especially for drinking water pipes. SCGC HDPE H1000PBL is designed as PE100 pipes providing excellent in mechanical properties, and processability. Well dispersed UV stabilizer and anti-oxidant which also provide outstanding UV resistance and high thermal stability for long term using.

SCGC™ HDPE H1000PC is a black, bimodal technology, high density polyethylene compound classified as MRS 10.0 material (PE100) providing superior in mechanical properties and processablity. In addition, it includes a good dispersion of carbon black pigment and anti-oxidant to ensure excellent long term in UV resistance and thermal stability.

SCGC™ HDPE H1000PCH is a black, bimodal technology, high density polyethylene compound. It is classified as a PE100RC material with excellent resistance to crack, following the material requirements of EN1555-1:2021, EN12201-1:2024, ISO4437-1:2024

SCGC™ HDPE H1000PCI is a black, bimodal technology, high density polyethylene compound classified as MRS 10.0 material (PE100) providing superior in mechanical properties and processablity. It is particularly designed for injection molding for pipe fittings.In addition, it includes a good dispersion of carbon black pigment and anti-oxidant to ensure excellent long term in UV resistance and thermal stability.

SCGC™ HDPE H1000PWI is a white HDPE compound made for external coating on SCGC™ HDPE H1000PC for above ground pipe applications. It provides high mechanical properties, good processability, and low heat absorption. In addition the good dispersion and high concentration of stabilizers contribute excellent long term UV resistance and thermal stability.

SCGC™ HDPE H112PC is a black high density polyethylene compound producing from high selective catalyst in the precise process control system, bimodal technology. SCGC™ HDPE H112PC is classified as MRS 11.2 material (PE112). It provides superior long-term hydrostatic strength balancing with high slow crack growth and rapid crack propagation resistance. It has been designed for better safety factor in long-term use. Besides that, it can be produced in all ranges of pipe diameters, especially recommended for the production of very thick wall and large diameter pipe.

SCGC™ HDPE H2001WC is a black bimodal high-density polyethylene compound for jacketing of fiber optic and power cable applications. It contains appropriate level of additives and well-dispersed carbon black to ensure excellent weathering and UV resistance.