Low Density Polyethylene Excellent Processability Characteristics - KPOL - LD K-0.30/921 is a low density polyethylene grade, produced by high pressure, suitable for blown or cast film applications. This material offers easy processability and good balance of mechanical and optical properties. It contains antioxidant additive. Applications - General packaging film , Shrink film with high mechanical resistance, Heavy duty sacks , Blends with HDPE and LLDPE for Extrusion and Molding Processes and use in Blow Molding Applications. Excellent toughness, good clarity and processibility an ideal choice for flexible containers, squeeze bottles and toys.

Low Density Polyethylene Excellent Processability Characteristics - KPOL Chem LD K- 1.20/922 is a low density polyethylene (LDPE) resin used in a wide range of processing methods such as injection molding, blow moulding and film extrusion. It exhibits very good softness and toughness and good dimensional stability. Is delivered in pellet form and is not additivated . Applications - Typical customer applications include products with good mechanical properties and high flexibility : Blow Moulding Applications, Bottles For Consumer Goods, Caps & Closures, Sports, Leisure, Toys and lids and champagne corks.

Low Density Polyethylene Excellent Processability Characteristics - KPOL Chem LD K- 1.40/922 is a low density polyethylene (LDPE) resin used in a wide range of processing methods such as injection molding, blow moulding and film extrusion. It exhibits very good softness and toughness and good dimensional stability. Is delivered in pellet form and is not additivated . Applications - Typical customer applications include products with good mechanical properties and high flexibility : Blow Moulding Applications, Bottles For Consumer Goods, Caps & Closures, Sports, Leisure, Toys and lids and champagne corks.

Low Density Polyethylene, Excellent Processability Applications - Injection Molding of general purpose, thin parts like cups, closures, appliances, covers, etc. Characteristics - The KPOL® resin is a low density polyethylene specially, developed for injection molding. - It shows good flow and flexibility properties.

Low Density Polyethylene Excellent Processability Characteristics - KPOL - LD K-2.0/922 SA is a low density polyethylene grade, produced under high pressure in a Tubular reactor. Films obtained with this product show outstanding optical properties, good sealability, and low gel amount. Applications - This resin is recommended for use in extrusion of films for general purposes, technical films for automatic packaging and blends with LLDPE.

Low Density Polyethylene Excellent Processability Applications - Injection Molding of general purpose, thin parts like cups, closures, appliances, covers and Masterbatches. Characteristics - The KPOL® resin is a low density polyethylene specially, developed for injection molding. - This grade is especially designed for injection molding of articles that must show excellent flexibility properties and very good flow ability.

Low Density Polyethylene Excellent Processability Characteristics - The KPOL® resin is a low density polyethylene specially, developed for injection molding and extrusion coating. It exhibits high toughness with good flexibility and reasonable environmental stress cracking resistance and is therefore typically used for flexibles and tough articles. Applications - Injection Molding of general purpose, thin parts like cups, closures, appliances, covers, is suitable for multipurpose extrusion coating applications, and carrier for masterbatches, etc.

Low Density Polyethylene Excellent Processability Characteristics - The KPOL® resin is a low density polyethylene specially, developed for injection molding. - It exhibits high toughness with good flexibility and reasonable environmental stress cracking resistance and is therefore typically used for flexibles and tough articles. Applications - Injection Molding of general purpose, typically suitable for injection moulding application, frequently used for caps & closures.