- For general purpose film without additives.used in a wide range of widths and thicknesses for pouches,bags,liners and lamination film.
- Grade with excellent toughness and tear strength and outstanding shrink properties.very low energy consumption during processing and has excellent draw down ability.The material contains no additives […]
- ow Density Polyethylene (LDPE) 2420F8 is a versatile polymer known for its excellent properties and wide range of applications. This grade of polyethylene is characterized by […]
- LDPE 2420F3 is a type of low-density polyethylene (LDPE) characterized by its non-additive, homo-polymer structure. It is primarily delivered in pellet form and is notable for […]
- LDPE 2420E02 is a Homo polymer with high clarity and non-additivated, low density Polyethylene. It is delivered in pellet form. It is suitable for Blown Film […]
- The HD3840UA is a medium density linear polyethylene copolymer with a narrow molecular weight distribution that contains butane 1 (C4) as a Co-monomer. It is Suitable […]
- HBM 5510 is a high-density polyethylene, specially developed for large parts blow molding. This grade, which is produced by 1-hexene as a co-monomer, offers high stiffness, […]
- High molecular weight and high density polyethylene is an air molding grade that combines the extrusion behavior of air molding and superior mechanical properties. High […]
- High density polyethylene HFI 5110 or 5110 material is one of the HDPE grades used in film. This grade is produced and supplied by Arya Sasul […]
- HI500 polyethylene is an injection grade heavy polyethylene that offers high mechanical properties. The use of HI500 materials is in the injection of industrial parts and […]
- Polyethylene 62N07, which is placed in the heavy injection category, is the most widely used human-made polymer. HDPE 62N07 is a type of thermoplastic thermoplastics and […]
- Heavy polyethylene 52B18 is a type of injection grade polyethylene. Heavy polyethylene material 52B18 for injection of parts that require a balance between mechanical properties and […]





