SINOSAB YDC HDPE is a highly crystalline non-polar thermoplastic resin produced through the copolymerization of ethylene and a small amount of α-olefin monomer. HDPE is synthesized under low pressure and is therefore also called low-pressure polyethylene. HDPE is mainly a linear molecular structure and has little branching. It has a high degree of crystallization and high density. It can withstand high temperatures and has good rigidity and mechanical strength and anti-chemical corrosion. SINOSAB YDC Chemical produces a full grade of HDPE, which cover all fields of HDPE applications, including film, blow-molding, extrusion molding, injection molding, pipes, wire & cable and base material for producing chlorinated polyethylene.

SINOSAB YDC HDPE is suitable for many plastic molding methods. Blow molding can be used for making various types of bottles, cans and industrial tanks and barrels. Injection molding is used for making various containers and goods of daily use, such as basins, barrels and baskets and furniture. Extrusion molding is used for making pipes, strapping tapes, fibers and single filaments and can also be used for making wires & cables covering materials and synthetic paper. After a large amount of inorganic filler is added, HDPE can also be used as an alternative to timber and cardboards for making calcium plastic packing containers, furniture, doors and windows.

Film Grade >> Go to detailed specification

HDPE film grade has excellent physical properties, good processability, high mechanical strength and good stainability, printability and sealability. The resin is resistant to moisture, oil and chemical corrosion and has excellent high-speed processing properties. HDPE film grade is widely used in the production of T-shirt bags,shopping bags, food bags, garbage bags, packaging bags, industrial lining and multilayer film.

Blow Molding Grade >> Go to detailed specification

HDPE blow molding grade features high density, modulus and rigidity, good environmental stress crack resistanse and excellent processability. The resin is suitable for making large and medium-sized containers holding liquids by blow-molding.

Filament Grade >> Go to detailed specification

HDPE filament grade has strong endurance to heat, cold,abrasion and chemical corrosion and has excellent mechanical properties, suitable for extrusion and blow molding.The HDPE filament grade is suitable for making packaging film, nets, ropes and small and medium-sized containers.

Injection Molding Grade >> Go to detailed specification

HDPE injection molding grade has good balance of rigidity and toughness, good impact resistance and excellent of low temperatures resistance and good environmental stress crack resistanse. The resin has good rigidity and abrasion resistance, and good processability.

Pipe Grade >> Go to detailed specification

HDPE pipe grade has broad or bimodal distribution of molecular weight. It has strong creep resistance and good balance of rigidity and toughness. It is very durable and has low sag when being processed. Pipes produced using this resin have good strength, rigidity and impact resistance and excellent property of SCG and RCP.

Wire & cable grade >> Go to detailed specification

HDPE wire & cable grade has excellent mechanical and abrasion resistance properties. It has a strong ability to environment stress crack resistance and thermal stress crack resistance. It also has excellent insulating properties and processability, it is especially suitable for making high-frequency carrier cables, which can effectively avoid crosstalk interference and loss.

Base resin for chlorinated polyethylene >> Go to detailed specification

HDPE base resin for chlorinated polyethylene has even particle size distribution. It is suitable for the production of chlorinated polyethylene products through chemical modification.