Polycomp RC 14/4 HS UV2 is a high flow, unfilled polypropylene copolymer. It has been developed for applications requiring transparency and good impact strength. It has been stabilised to meet automotive heat ageing and interior weathering requirements.

Propak 1236 is a 40% talc filled homopolymer polypropylene compound. It is a low flow extrusion grade developed for rigid thermoformed components, and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

Propak 4017 UV2 is a 35 % wollastonite filled homopolymer polypropylene compound. It is a medium flow injection moulding grade developed for rigid components and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". It is stabilised to provide protection against UV radiation. The ingredients used in this formulation are referenced in the US Code of Federal Regulations Volume 21.

Propak 4018/3 UV1 AS is a nominal 30% magnetite filled polypropylene copolymer compound. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastic Materials for Food Contact Use". The ingredients used in this formulation are listed in the US Code of Federal Regulations, Volume 21, parts 170-199. It contains an antistatic additive and is stabilized against degradation from intermittent UV exposure.

Propak PDR 4020/4 is a 40% calcium carbonate filled polypropylene compound. It is a high flow injection moulding grade developed for rigid components. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21, parts 170-199.

Propak 4041 UVF is a 20% talc filled homopolymer polypropylene compound. It is a low flow extrusion moulding grade developed for rigid components and has been stabilized to withstand long term exposure to UV radiation. It is manufactured in accordance with Australian Standard AS 2070 "Plastic Materials for Food Contact Use", with the ingredients used in this formulation referenced in the US Code of Federal Regulations, Volume 21.

PROPAK 4044 UVH 9419 Black is a 48% Barium Sulphate filled copolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components and has been stabilized for long term out door weathering exposure. It is formulated and manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

PROPAK 4046 is a low flow extrusion grade 70% Barium Sulphate filled polypropylene copolymer compound. It is formulated and manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

Propak 7021 is a 40% talc filled high flow homopolymer polypropylene compound. It is formulated and manufactured in accordance with Australian Standard AS 2070-1999, "Plastic Materials for Food Contact Use". The base resin complies with FDA regulation 21 CFR 177.1520 a.1 & c.1.1a and other components used in this formulation meet the relevant FDA requirements for use in food contact applications excluding cooking.

Propak 7185 is a 40% talc filled copolymer polypropylene compound. It is a high flow injection moulding grade developed for thin walled rigid components and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

PROPAK 7229 UV2 is a 20% talc filled copolymer polypropyene compound. It is a high flow injection moulding grade developed for rigid components and stabilized to withstand intermittent exposure to UV radiation. It is manufactured in accordance with Australian Standard AS 2070 "Plastic Materials for Food Contact Use" and the ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

Propak 7250 UV2 is a 20% talc filled homopolymer polypropylene compound. It is a low flow injection moulding grade developed for rigid components and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use", and the ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21. It has been stabilized to withstand intermittent exposure to UV radiation.

Propak 7300 is a 40% calcium carbonate filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for thin walled rigid components and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

Propak C3 200 TF HS is a 20% talc filled copolymer polypropylene compound. It is a low to medium flow injection moulding grade developed for rigid components and is manufactured in accordance with Australian Standard AS 2070, "Plastic Materials for Food Contact Use". The ingredients used in this formulation are referenced in the US Code of Federal Regulations, Volume 21.

Propak 4006 HS is a 20% talc filled copolymer polypropylene compound. It is a medium flow injection moulding grade developed for rigid components requiring good impact strength and is suitable for food contact applications conforming to Australian Standard AS 2070-1999. It is stabilized to meet heat ageing requirements of 21 days at 150°C.

Propak PDR 4010/2 is a high flow, 65 % mixed mineral filled polypropylene copolymer compound. It is a concentrate compound designed to be let down with straight polypropylene to give the desired filler level in the final product. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastic Materials for Food Contact Use". The ingredients used in this formulation are listed in the US Code of Federal Regulations, Volume 21, parts 170-199.

PROPAK PDR 4010 is a high flow, 60 % mixed mineral filled polypropylene copolymer compound. It is a concentrate compound designed to be let down with straight polypropylene to give the desired filler level in the final product. It has been manufactured in accordance with Australian Standard AS 2070-1999 "Plastic Materials for Food Contact Use". The ingredients used in this formulation are listed in the US Code of Federal Regulations, Volume 21, parts 170-199.

Retpol 7120/2 is a low flow, flame retardant copolymer polypropylene compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 960°C glow wire rating, whilst providing good rigidity and very high impact strength. The flame retardant system is based on halogenated hydrocarbons with antimony trioxide synergist.

Retpol 9010 AS is a medium flow, flame retardant copolymer polypropylene compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. This grade contains an antistatic agent to reduce the risk of static build up.

Retpol 9010 HS is a medium flow, flame retardant copolymer polypropylene compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. This grade has been stabilized to meet heat aging requirements of 21 days at 150°C.

Retpol 9010 is a medium flow, flame retardant copolymer polypropylene compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist

Retpol 9015 HS is a medium to high flow, flame retardant polypropylene homopolymer compound. It has been developed to meet the requirements of the UL 94 V0 rating and the ASNZS 60695.2.12 960°C glow wire rating, whilst providing moderate impact strength and good rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. It is a heat stabilized compound.

Retpol 9015 HSY is a high flow, flame retardant polypropylene homopolymer compound. It has been developed to meet the requirements of the UL 94 V0 rating and the ASNZS 60695.2.12 960°C glow wire rating, whilst providing moderate impact strength and good rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. It is a highly heat stabilized compound.

Retpol 9016 HS is a high flow, flame retardant, talc reinforced copolymer polypropylene compound. The flame retardant system is based on a halogenated hydrocarbon with an antimony trioxide synergist. It has been developed to meet the requirements of UL 94 V-2 flammability rating and AS/NZS 4695.2.12 960°C glow-wire flammability index, whilst providing good impact strength and rigidity. It has been formulated to provide a high level of long term heat stability.

Retpol 9018 AS is a medium flow, flame retardant polypropylene copolymer compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire, whilst providing good impact strength and rigidity. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist. This grade contains an antistatic agent to reduce the risk of static build up.

Retpol 9020 HS is a medium to high flow flame retardant homopolymer polypropylene compound. It has been developed to meet the requirements of UL 94 V-2 flammability rating and AS/NZS 60695.2.12 960°C glow- wire flammability index, whilst still maintaining the property balance between impact strength and rigidity of polypropylene.

Retpol 9028 HS AS is a high flow flame retardant, talc reinforced homopolymer polypropylene compound. It has been developed to meet the requirements of UL 94 V-2 flammability rating and the AS/NZS 60695.2.12 requirement for 960°C glow-wire. The talc filler reduces shrinkage and imparts higher rigidity to moulded components. The flame retardant system is based on halogenated hydrocarbons with antimony trioxide synergist. It has been stabilized to meet heat aging requirements of 21 days at 150°C and contains an antistat.

Retpol 9028 is a medium to high flow flame retardant, talc reinforced homopolymer polypropylene compound. It has been developed to meet the requirements of UL 94 V-2 flammability rating and the AS/NZS 60695.2.12 requirement for 960°C glow-wire. The talc filler reduces shrinkage and imparts higher rigidity to moulded components. The flame retardant system is based on halogenated hydrocarbons with an antimony trioxide synergist.

Retpol 9034 HS is a high flow, flame retardant polypropylene copolymer compound. It has been developed to meet the requirements of the UL 94 V0 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. It is a highly heat stabilized compound.

Retpol 9034/2 HS is a high flow, flame retardant polypropylene copolymer compound. It has been developed to meet the requirements of the UL 94 V0 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. It is a heat stabilized compound which also contains a mould release additive.

Retpol 9045 HS is a medium flow non halogenated flame retardant, glass fibre reinforced homopolymer polypropylene compound. It has been developed to meet UL94 V0 requirements and the Australian Standard AS 60695.2.12 highest requirement of 960°C glow-wire.

RETPOL 9047 is a low flow, flame retardant polypropylene homolymer compound. 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, along with meeting certain Building Code requirements when tested in accordance with AS1530.3. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

RETPOL 9049 HS3 is a low to medium flow non halogenated flame retardant, glass fibre reinforced coupled polypropylene compound. It has been developed for high rigidity and dimensional stability while meeting UL94 V0 requirements and the AS/NZS 60695.2.12 requirement of 960°C glow-wire. This grade is stabilized for long term heat ageing even when in contact with water.

RETPOL 9063 is a low flow, 30% talc filled, flame retardant polypropylene homolymer compound. It has been developed to meet the requirements of the UL 94 V2 rating. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

Retpol 9067 Natural is a flame retardant polypropylene homopolymer masterbatch compound formulated to be used at 9% in 86% polypropylene homopolymer and 5% TPE. The resulting blend should then meet the requirements of UL 94 V-2. The flame retardant system is based on halogenated hydrocarbon compounds with an antimony trioxide synergist.

RETPOL 9082 UVA is a flame retardant polypropylene compound designed for blow moulding applications and 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 9088/4 UVH is a high flow NON HALOGENATED flame retardant, polypropylene compound. It has been developed to meet the requirements of UL 94 V-0 flammability rating and the AS/NZS 60695.2.12 (IEC 60695-2-12) requirement for 960°C glow-wire. It contains a UV stabilizer system for outdoor weathering applications.

RETPOL 9122 UVH 70104 is a medium flow non halogenated flame retardant, glass fibre reinforced coupled polypropylene compound. It has been developed for high rigidity and dimensional stability while meeting UL94 V0 requirements and the AS/NZS 60695.2.12 requirement of 960°C glow-wire. This grade is stabilized for long term outdoor exposure.

RETPOL 9130/3 70037 Black is a low flow, flame retardant polypropylene copolymer compound. 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 9134 UVA is a medium flow, flame retardant copolymer polypropylene compound. It has been developed to meet the requirements of the UL 94 V-2 rating and the AS/NZS 60695.2.12 requirement of 960°C glow wire, whilst providing excellent 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.