ICORENE® 1314 is high performance hexene linear medium density polyethylene specifically developed for use in rotational moulding. ICORENE® 1314 is designed for use in many different rotomoulding applications. It has been designed for applications requiring good stiffness and toughness. It can be used for Food Contact applications.

ICORENE® 1613 is a hexene linear low density polyethylene specifically developed for use in rotational moulding. This product is designed for applications requiring good processability, stiffness and toughness. The constituents of this product are suitable for food contact applications.

ICORENE® 1761 is medium density mettallocene polyethylene for rotational moulding. ICORENE® 1761 is suitable for using in general purpose applications. It has a good balance of properties such as toughness, easy flow, high impact, and surface gloss.

ICORENE® X1761 V2 WHITE 1801 is a linear low density polyethylene containing a flame retardant additive package for use in rotational moulding.

ICORENE® X1761 V2 WHITE 1801 is a linear low density polyethylene containing a flame retardant additive package for use in rotational moulding. This product has been tested by internal lab to comply with the requirement of UL94 V2 test at 3mm.

ICORENE® 1869 is an adhesive linear low density polyethylene powder specifically developed for rotational moulding. ICORENE® 1869 has been designed using a high performance additive package formulated to provide good bonding to metal surfaces during processing.

ICORENE® 3590 is a linear low density polyethylene specifically developed for rotational moulding. ICORENE® 3590 is a very fast processing material suitable for use in many different applications. It has a good balance of properties such as toughness, easy flow and stiffness.

ICORENE® 9105 V0 WHITE 1803 is a linear low density polyethylene containing a flame retardant additive package for use in rotational moulding.

ICORENE® 9105 V0 has been rated by UL laboratories to comply with the requirements of the UL94 V0 at 5 mm thickness. This grade is recommended for indoor applications.

SCG LLDPE L1810FI is a butene LLDPE resin with Slip and Antiblocking agent. It is recommended for water-quenched blown film for vegetable or fruit packaging with high clarity and good openability.

SCG LLDPE L2009F is a butene linear resin with Slip and Antiblocking agent. It is recommended for general purpose bag with high productivity and can be blended with HDPE or LDPE to improve tear and seal strength.

SCG LLDPE L2009FA is a butene LLDPE resin without Slip and Antiblocking agent. It is recommended for general purpose bag with high productivity and can be blended with HDPE or LDPE to improve tear and seal strength.

SCG LLDPE M3804RW is a linear-low density polyethylene (LLDPE) for rotational moulding applications. M3804RW is a natural color PE resin available in a pellet and powder form, whereas M10 is the color compound version. These grades are suitable for rotational moulding of storage tanks and general purpose applications.

SCG LLDPE M1A (anti-microbial) is a linear-low density polyethylene (LLDPE) for rotational moulding applications for inner surface. M1A is a color compound containing nanosilver ions which possess anti-bacteria and anti-fungal efficacy which lasts for 5 - 10 years*.

SCG LLDPE M30 and M40 series are color compound linear-low density polyethylene (LLDPE) for rotational moulding applications. These grades are suitable for containers and general applications which have thin wall less than 5 mm. M30 and M40 Series includes the following grades: M30 and M31: color compound designed for indoor and semi-indoor products with UV2 rating M32: UV4-rating protection for semi-indoor products M40: UV8-rating protection for outdoor use

Marvel™ M30, M31, and M40 are color compound linear-low density polyethylene (LLDPE) for rotational molding applications. These grades are suitable for containers and general applications which have thin wall less than 5 mm. M30 and M31 are designed for indoor and semi-indoor products, whereas M40 has UV8 protection for outdoor use.

SCG M3204RU is a linear-low density polyethylene (LLDPE) for indoor/ semi-indoor rotational moulding applications. M3204RU is a natural color PE resin available in a pellet and powder form. This grade is suitable for containers and general purpose applications which are indoor/ semi-indoor or for thin wall (less than 5 mm) parts.

SCG™ LLDPE M3504DXP and M50 are powder and color compound of Dowlex NG2429.01G which is a linear low density polyethylene octene copolymer for rotational molding applications. M3504DXP and M50 are specifically designed for applications requiring excellent environmental stress crack resistance and impact strength combined with low warpage and good processing. It is fully heat and UV stabilized resulting in a wide processing latitude, good color retention, and long life expectancy. Both of them are recommended for large and thick tanks with a generous radius and curve.

SCG™ LLDPE M3804RW and Marvel™ M10 are linear low density polyethylene (LLDPE) for rotational molding applications. M3804RW is a natural color PE resin available in a pellet and powder form, whereas M10 is the color compound version. These grades are suitable for rotational molding of storage tanks and general applications.

Marvel™ M30, M31, and M40 are color compound linear-low density polyethylene (LLDPE) for rotational molding applications. These grades are suitable for containers and general applications which have thin wall less than 5 mm. M30 and M31 are designed for indoor and semi-indoor products, whereas M40 has UV8 protection for outdoor use.

EL-Lene™ M3504DXP and M50 are powder and color compound of Dowlex NG2429.01G which is a linear-low density polyethylene octene copolymer for rotational molding applications. M50 are specifically designed for applications requiring excellent environmental stress crack resistance and impact strength combined with low warpage and good processing. It is fully heat and UV stabilized resulting in a wide processing latitude, good color retention, and long life expectancy. Both of them are recommended for large and thick tanks with a generous radius and curve.

SCG M50BKM1P is a black compound of DOWLEX™ NG 2429.01G which is a linear-low density polyethylene octene copolymer for rotational moulding applications. M50 is specifically designed for applications requiring excellent environmental stress crack resistance and impact strength combined with low warpage and good processing. It is fully heat and UV stabilized resulting in a wide processing latitude, good color retention, and long life expectancy. This grade is recommended for large and thick tanks with a generous radius and curve.

SCG M735RW is a linear-low density polyethylene (LLDPE) for rotational moulding applications. M735RW is a natural color PE resin available in a pellet and powder form, whereas M70 is the color compound version. With a high melt flow and a balance of impact strength, stiffness, and processability, this grade is suitable for rotational moulding of lawn and garden articles, decorative items, and small industrial parts.

SCG M72 is a color compound linear-low density polyethylene (LLDPE) for rotational moulding applications. With a high melt flow and a balance of impact strength and processability, this grade is specifically designed for rotational moulding of cooler boxes, exhibiting an excellent surface finish with no pinholing.

SCG M735RU is a linear-low density polyethylene (LLDPE) for rotational moulding applications. M735RU is a natural color PE resin available in a pellet and powder form. With a high melt flow and a balance of impact strength, stiffness, and processability, this grade is suitable for rotational moulding of decorative items and small industrial parts.

SCG M735RW is a linear-low density polyethylene (LLDPE) for rotational moulding applications. M735RW is a natural color PE resin available in a pellet and powder form, whereas M70 is the color compound version. With a high melt flow and a balance of impact strength, stiffness, and processability, this grade is suitable for rotational moulding of lawn and garden articles, decorative items, and small industrial parts.

SCG M9001RW is a linear-low density polyethylene (LLDPE) for rotational moulding applications. M9001RW is a natural color available in a pellet and powder form, whereas M90 is the color compound version. This grade is suitable for rotational moulding of large water tanks and parts that require high stiffness.

SCG™ LLDPE M9001RW and M90 are linear-low density polyethylene (LLDPE) for rotational molding applications. M9001RW is a natural color available in a pellet and powder form, whereas M90 is the color compound version. These grades are suitable for rotational molding of large water tanks and parts that require high stiffness.

SCG S11 is a color compound linear low density polyethylene specifically developed for rotational moulding applications. With a balance of stiffness and toughness, a large processing window and a wide variety of color selection, S11 is suitable for kayaks, water tanks, playground equipment, and other general rotomoulded articles.

ICORENE® XC1101 Series is a linear low density polyethylene compound which contains a foaming agent.

ICORENE® XC1101 has been developed for the foam filling of structural rotational mouldings. This grade will exhibit excellent bonding to a polyethylene skin, which is critical when trying to increase the stiffness and impact resistance of a product. Foam can be used in existing designs to reduce overall weight and also increase flexural stiffness. This product does not require specialist equipment, but a high level of process control is desirable in order to achieve consistent results.

ICORENE® XC1252B series consists of a linear medium density polyethylene formulated with a foaming agent suitable for rotational moulding. This product is available with a choice of three expansion densities, as indicated by the suffix, and is intended to be used as a second shot either utilising a drop box, or by manual addition.

This grade will exhibit excellent bonding to a polyethylene skin, which is critical when trying to increase the stiffness and impact resistance of a product. Foam can be used in existing designs to reduce overall weight and also increase flexural stiffness. This product does not require specialist equipment, but a high level of process control is desirable in order to achieve consistent results.