RETPOL 9142 is a low flow, flame retardant polypropylene copolymer compound formulated for long term outdoor weathering.. It has been developed to meet the requirements of the UL 94 V2 rating and the AS/NZS 60695.2.12 960°C glow wire rating, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

RETPOL 9142/1 is an extrusion grade flame retardant polypropylene compound formulated for long term outdoor weathering. It has been developed to meet the requirements of the UL94 V2 rating and the AS/NZS 60695.2.12 960°C glow wire rating, whilst maintaining excellent impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

Retpol 9144/1 UVH 70037 is a low flow, flame retardant polypropylene compound developed for an outdoor electrical cable sheath requiring both high tensile and impact strength. It has been formulated to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire. The flame retardant system is based on a halogenated hydrocarbon compound with an antimony trioxide synergist.

Retpol 9144/2 UVH 70037 is a low flow, flame retardant polypropylene compound developed for an outdoor electrical cable sheath requiring both high tensile and impact strength. It has been formulated to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire. The flame retardant system is based on a halogenated hydrocarbon compound with an antimony trioxide synergist.

Retpol 9146 HS is a medium to high flow, flame retardant copolymer polypropylene compound. It has been developed to meet UL-94 V-2 requirements and AS/NZS 60695.2.12, 960°C glow wire rating, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated compounds in combination with antimony trioxide. This grade has been stabilized to meet heat aging requirements of 21 days at 150°C.

Retpol 9158 UVA is a high flow, flame retardant polypropylene copolymer compound. The flame retardant system is based on halogenated hydrocarbons with an antimony trioxide synergist. It has been UV stabilized for extended outdoor weathering.

This material is a low flow non halogenated flame retardant polypropylene compound. It has been developed to meet certain Building Code requirements when tested in accordance with AS1530.3.

Retpol PDR 9024 is a high flow, flame retardant copolymer polypropylene compound providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

Retpol PDR 9040 is a flame retardant polypropylene copolymer masterbatch compound formulated to be let down at a ratio of 1:5 in straight polypropylene copolymer. The resulting blend should then meet the requirements of UL 94 V-2 and AS/NZS 60695.2.12 glow wire at 960°C. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

Retpol PDR 9044 UVA is a high flow, flame retardant copolymer polypropylene compound providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. It has been UV stabilized for extended outdoor weathering.

RETPOL PP 9035 HS9 is a high flow, mineral filled, flame retardant, hompolymer polypropylene compound. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

Seblex 7816 UV1 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It is a low flow extrusion/injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics. The material has been stabilized for intermittent exposure to UV radiation.

Seblex 7820/4 is a calcium carbonate filled thermoplastic styrenic rubber compound which has been oil extended and is formulated with ingredients referenced under the US Code of Federal Regulations Volume 21. It is an injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7820/5 UV3 is a mineral filled thermoplastic styrenic rubber compound which has been oil extended. It is an injection moulding, shear thinning grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics. It has been UV stabilised for outdoor use.

Seblex 7820/6 is a calcium carbonate filled thermoplastic styrenic rubber compound which has been oil extended and is formulated with ingredients referenced under the US Code of Federal Regulations Volume 21. It is an injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7839/4 HS UV2 is a calcium carbonate filled thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. It is a high flow injection moulding grade. It is also quite shear thinning and has good mould filling capability. It has been developed for flexibility and low surface hardness to give it "soft-feel" characteristics and stabilized for automotive heat ageing and weathering requirements.

Seblex 7848 S UV1 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It has been formulated with ingredients referenced under the U.S. Code of Federal Regulations Volume 21. It is a low flow injection moulding grade developed for high flexibility, low surface hardness and a smooth tactile finish.

Seblex 7848 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It has been formulated with ingredients referenced under the U.S. Code of Federal Regulations Volume 21. It is a low flow injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7850 is an oil extended, calcium carbonate filled, thermoplastic styrenic rubber compound. It is an injection moulding grade developed for flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7853 HS is a heat stabilised, mineral filled thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. It is a medium flow injection moulding grade, but is quite shear thinning and has excellent mould filling capability. It has been developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7856 HS UV2 is a calcium carbonate filled thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. It is a high flow injection moulding grade. It is also quite shear thinning and has good mould filling capability. It has been developed for flexibility and low surface hardness to give it "soft-feel" characteristics and stabilized for automotive heat ageing and weathering requirements.

Seblex 7860 is a thermoplastic styrenic rubber compound which has been oil extended to produce a very soft gel like material. It is an extremely high flow injection moulding grade having a melt flow index in excess of 200 g/10min and has been formulated with ingredients referenced under the US Code of Federal Regulations, Volume 21. It has been developed for maximum softness and displays very high clarity.

Seblex 7872/2 is a mineral filled thermoplastic styrenic rubber compound which has been oil extended. It is a high flow injection moulding grade. It has been developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics, along with relatively low shrinkage.

Seblex 7874/3 UV3 is a mineral filled, UV stabilised thermoplastic styrenic rubber modified polypropylene compound that has been oil extended. It is a low to medium flow grade suitable for extrusion where a very good surface finish is required. It contains antistatic and slip additives and has been developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex 7886 UV3 is a mineral filled thermoplastic styrenic rubber compound which has been oil extended. It is an injection moulding, shear thinning grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics. It has been UV stabilised for outdoor use.

Seblex 7891 FC is a mineral filled, oil extended thermoplastic styrenic rubber compound and is formulated with ingredients referenced under the US Code of Federal Regulations Volume 21. It is an injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex PDR 7813/2 UV2 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It is a low flow extrusion grade developed for flexibility and low surface hardness to give it "soft- feel" characteristics. The material has been UV stabilized for intermittent exposure to UV radiation.

Seblex PDR 7813/4 UV2 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It is a low flow extrusion grade developed for flexibility and low surface hardness to give it "softfeel" characteristics. The material has been UV stabilized for intermittent exposure to UV radiation.

Seblex PDR 7815/2 UV1 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It is a low flow extrusion/injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics. It has been UV stabilized for automotive interior applications.

Seblex PDR 7821 UV2 is a thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. Whilst it is a low flow grade, it is quite shear thinning, making it suitable for both extrusion and injection moulding applications. It has been developed for high flexibility and intermediate surface hardness to give it "soft-feel" characteristics and is stabilized against exposure to UV radiation.

Sebex PDR 7822/2 is an oil extended thermoplastic styrenic rubber compound. It is a very high flow injection moulding grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex PDR 7824/2 HS 79031 is a thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. While it is a low flow injection moulding grade, it is quite shear thinning and has good mould filling capability. It has been developed for flexibility and low surface hardness to give it "soft-feel" characteristics and stabilized to meet automotive heat ageing requirements.

Seblex PDR 7826 UV2 is an oil extended, calcium carbonate filled, thermoplastic styrenic rubber compound. It is an injection moulding grade developed for flexibility and low surface hardness to give it "soft- feel" characteristics. This material is UV stabilized for intermittent outdoor exposure.

Seblex PDR 7827 is an unfilled oil extended thermoplastic styrenic rubber based elastomeric compound. It has been formulated with ingredients referenced under the US Code of Federal Regulations Volume 21. for indirect food contact. It is a very low flow injection moulding/extrusion grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex PDR 7830/2 80295 is an oil extended thermoplastic styrenic rubber modified polypropylene compound. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastics Materials for Food Contact Use". The ingredients used in this formulation are referenced under the US Code of Federal Regulations, Volume 21, 177.1810. It is a low flow extrusion grade developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics.

Seblex PDR 7832 UV2 is a thermoplastic styrenic rubber modified polypropylene compound which has been oil extended. While it is a low flow injection moulding grade, it is quite shear thinning and has good mould filling capability.It has been developed for maximum flexibility and low surface hardness to give it "soft-feel" characteristics and stabilized against exposure to UV radiation.