Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
The market for LLDPE is categorized on the basis of its use in the following application mainly, packaging film, injection moulding, extrusion coating, rotomolding, profile extrusion, and others. The packaging film is likely to lead the global market in terms of market share on account of its increasing application in the food & beverage, pharmaceuticals, and other industries. Rotomolding is the fastest growing application segment in LLDPE market ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low-density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more
Linear low density polyethylene (LLDPE) is a copolymer produced from copolymerizing ethylene with butane, octane, and hexane. Ethylene is an organic compound derived from petroleum & natural gas. It is mostly preferred over conventional linear density polyethylene owing to improved temperature resistance & tensile strength. Additionally, it offers high impact strength, flexible, chemical resistance, odorless, and translucent properties. ... Read more