PET Granules & Plastic Raw Material #2414035

Chlorinated Polyethylene can be used as special synthetic rubber. But, it is normally combined with other materials or used as a majorminor component in various manufacturing industries. General applications of CPE are as a Thermoplastic Elastomer (TPE), as rubber and as modifier for PVC, PE, and ABS resins. It is mainly used as an impact modifier in the Building and Construction industry for enhancing the overall health of a Building. It works as an impact modifier by improving impact resistance and bringing down the cost of rigidbrittle un-plasticised PVC. Other Building products that make use of CPE include Rainwater Goods, underground drainage, profiles, doors, and windows. CPE also has a host of other uses such as Wire and Cable Jacketing, Roofing Membranes, Geo Membranes, Automotive, Industrial Hose and Tubing, Moulded Shapes, Extruded Profiles and as a Base Polymer.

General-purpose Polystyrene, also known as GPPS is a substance prepared from styrene monomer polymer. It is a solid, transparent product and is manufactured by a suspension process. It is also known as crystal-clear polystyrene and is very different from high impact Polystyrene (HIPS). GPPS is converted into a range of products by converting it into granular form. It has several useful properties like strength, weather resistance, etc. that makes it ideal for use in various industrial applications. GPPS flows freely and easily. General-Purpose Polystyrene has very inexpensive production cost, can be stored easily, and can be molded with ease. These characteristics render GPPS products versatile and recyclable. It is also FDA compliant and resists X-Rays, Odor, and Taste.

High Impact Polystyrene is a plastic material that is inexpensive and used for structural applications that demand low strength. It is tough and rigid with high impact strength. It is employed in applications where it can be guillotined, punched, routered, or sawn with ease. The manufacturing process of HIPS involves several stages. First, the raw material is taken in a feed tank where it is lubricated, toned, and properly mixed. The next stages of manufacturing are Pre Polymerisation, Polymerisation, Preheating, Devolatilization, Extrusion and Pelletisation, and Product Packing. Raw materials used in the manufacture of HIPS are Styrene.