Alkamax ML1810PS is a metallocene linear low density polyethylene copolymer. This metallocene grade has excellent processability permitting higher production rates. It is designed for high performance film applications requiring maximum toughness and excellent sealing performance. Alkamax ML1810PS is formulated with a high slip level, process stabilisation, process aid and antiblocking additive. Film Extrusion: Alkamax ML1810PS is intended for applications requiring high performance polyethylene resins combined with low COF. Films produced with Alkamax ML1810PS have outstanding toughness, making this grade ideal for use in heavy duty applications or for downgauging existing film structures. In addition, the high performance sealing and hot tack properties of this grade combined with its excellent optical properties make it ideal for lamination and form, fill and seal films. It has been designed for processing on a wide range of blown film extrusion equipment. Addition of a UV stabiliser should be considered where the intended application involves intermittent to extended exposure to sunlight.

ML1710SC is a metallocene linear low density polyethylene copolymer. This metallocene grade is designed for high performance film applications requiring superior optical properties and toughness. ML1710SC is formulated with a process aid and a process stabilisation package. It does not contain slip or antiblocking additives. Film Extrusion: ML1710SC is intended for film applications requiring high performance polyethylene resins. Films produced with ML1710SC have superior clarity and higher gloss, combined with excellent toughness and sealability. ML1710SC is particularly suitable for blown stretch films containing cling additives. This grade allows rapid cling development and a higher ultimate cling level, with excellent puncture resistance and toughness. Addition of a UV stabiliser should be considered where the intended application involves intermittent to extended exposure to sunlight.

Alkamax ML1810PN is a metallocene linear low density polyethylene copolymer. This metallocene grade has excellent processability permitting higher production rates. It is designed for high performance film applications requiring maximum toughness and excellent sealing performance. Alkamax ML1810PN is formulated with a process aid and process stabilisation package. It does not contain slip or antiblocking additives. Film Extrusion: Alkamax ML1810PN is intended for applications requiring high performance polyethylene resins. Films produced with Alkamax ML1810PN have outstanding toughness, making this grade ideal for use in heavy duty applications or for downgauging existing film structures. In addition, the high performance sealing and hot tack properties of this grade combined with its excellent optical properties make it ideal for lamination and form, fill and seal films. It has been designed for processing on a wide range of blown film extrusion equipment. Addition of a UV stabiliser should be considered where the intended application involves intermittent to extended exposure to sunlight.

Alkamax ML2610PN is a metallocene linear low density polyethylene copolymer. This metallocene grade has excellent processability permitting higher production rates and is designed for high performance film applications requiring superior toughness and stiffness. Alkamax ML2610PN is formulated with a process aid and a process stabilisation package. It does not contain slip or antiblocking additives. Film Extrusion: Alkamax ML2610PN is intended for applications requiring high performance polyethylene resins. Films produced with Alkamax ML2610PN have superior stiffness and toughness, which may allow downgauging existing film structures. These properties combined with excellent optical properties and high performance sealing make this grade ideal for heavy duty applications, lamination and form, fill and seal films. It has been designed for processing on a wide range of blown film extrusion equipment. Addition of a UV stabiliser should be considered where the intended application involves intermittent to extended exposure to sunlight.