Polypropylene 5824WZ is a nucleated impact copolymer with a melt flow of 40 g/10min that has been developed for high speed injection molding of thin-walled packaging containers and household articles. 5824WZ is characterized by excellent stiffness and impact resistance, as well as low shrinkage and low warpage. The product is formulated to provide excellent mold release and processing properties required for high speed injection molding applications.

Polypropylene 5946WZ is a nucleated impact copolymer with a Melt Flow of 75 g/10min. 5946WZ is characterized by very low warpage, improved stiffness, and high impact resistance balance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. 5946WZ complies with all applicable FDA regulations for food contact applications. 5946WZ has been developed specifically for the injection molding of thin­walled articles and compounding

Polypropylene 5948WZ is an impact copolymer with a Melt Flow of 80 g/10min. 5948WZ is characterized by excellent stiffness and impact resistance, excellent antistatic properties, as well as extremely good flow properties to allow faster cycling through early demolding. 5948WZ complies with all applicable FDA regulations for food contact applications. 5948WZ has been developed for high-speed injection molding of thin-walled packaging containers and household articles.

Polypropylene 6232 offers good impact strength, clarity, and gloss. Chemical Inertness: 6232 has been formulated specifically for medical applications requiring low level extractables and low odor. High Purity: 6232 provides optimum thermal stability for superior color and processability. FDA: 6232 complies with all applicable FDA regulations and may be used under these provisions for food contact and packaging. Recommended Applications: 6232 is ideal for extrusion blow molding for medical, food and other containers requiring low extractables. Processing: 6232 resin processes on conventional blow molding equipment with typical melt temperatures of 390°F-450°F (199°C - 232°C).

Low catalyst residuals in Total Petrochemicals 6575 polypropylene results in improved color stability. The random copolymer structure of 6575 improves its clarity and resiliency over conventional homopolymer films. 6575 complies with all applicable FDA regulations for food contact applications. Recommended Applications. 6575 is recommended for use in manufacture of packaging films that require improved optical and resiliency or special surface attributes. Processing: 6575 resin processes with typical melt temperatures of 450°F-525°F (232°C-274°C)

Polypropylene 7232 offers excellent impact strength, clarity and gloss. The outstanding parison strength of 7232 allows for large container sizes and higher blow up ratios. High Purity: 7232 features minimum taste and odor and optimum thermal stability for superior color and processability. FDA: 7232 complies with all applicable FDA regulations and may be used under these provisions for food contact and packaging. Recommended Applications: 7232 is ideal for both injection and extrusion blow molded containers for food, drug, cosmetic and toiletry applications requiring superior impact, strength and clarity. Processing: 7232 resin processes on conventional blow molding equipment with typical melt temperatures of 390°F-450°F (177°C-232°C).

Polypropylene 7235 offers excellent impact strength, clarity and gloss. The outstanding parison strength of 7235 allows for large container sizes and higher blow up ratios. High Purity: 7235 features minimum taste and odor and optimum thermal stability for superior color and processability. FDA: 7235 complies with all applicable FDA regulations and may be used under these provisions for food contact and packaging. Recommended Applications: 7235 is ideal for both injection and extrusion blow molded containers for food, drug, cosmetic and toiletry applications requiring superior impact, strength and clarity. Processing: 7235 resin processes on conventional blow molding equipment with typical melt temperatures of 390°F-450°F (177°C-232°C).

Polypropylene 7238 offers excellent impact strength, clarity and gloss. Lubricated: 7238 offers superior core rod release for ease in processing. High Purity: 7238 features minimum taste and odor, and optimum thermal stability for superior color and processability. Regulatory: 7238 has passed USP Class VI testing and complies with all applicable FDA regulations for food contact applications. Applications: 7238 is recommended for blow molded containers for food, drug, cosmetic and toiletry applications requiring superior impact strength and clarity. Processing: 7238 resin processes on conventional blow molding equipment with typical melt temperatures of 390°F-450°F (177°F - 232°C).

Polypropylene 7450HC Low catalyst result in improved color stability. Clarity/Impact: 7450HC improves its clarity and impact resistance over conventional homopolymer films. Heat Sealable: 7450HC makes it suitable as a heat seal layer for oriented films. Slip/Antiblock: 7450HC is formulated with a high level of antiblock additive for improved film handling. FDA: 7450HC complies with all applicable FDA regulations for food contact applications. Applications: 7450HC is recommended for use in either non-oriented cast film processes for manufacture of packaging films that require improved optical and impact properties or as a heat seal layer for oriented films. Processing: 7450HC resin processes on film extrusion equipment with typical melt temperatures of 450-525°F (232-274°C).

Clarity: Polypropylene 7823M exhibits superior clarity and produces molded parts with improved impact compared with parts molded from homopolymer polypropylene. Easy Flow: 7823M exhibits exceptionally easy flow characteristics. FDA: 7823M complies with all applicable FDA and USDA regulations and may be used under these provisions for food contact and packaging. Processing: 7823M resin processes on conventional injection molding equipment with typical melt temperatures of 350°F-450°F (177°C-232°C).

Polypropylene 8573 is a low melting, high ethylene random copolymer with improved color, optics and impact properties. Heat Sealable: The low melting point of 8573 makes it a very good heat seal layer for oriented films. Slip/Antiblock: 8573 is available with custom slip and antiblock packages. Regulatory: 8573 has passed USP Class VI testing, and all ingredients meet the chemical registration requirements of TSCA (U.S.) and DSL (Canada). 8573 complies with all applicable FDA regulations for food contact applications. Applications. 8573 is recommended for use in non- oriented cast film processes for manufacture of packaging films that require improved optical and impact properties and as a heat seal layer for oriented films. Processing. 8573 resin processes on film extrusion equipment with typical melt temperatures of 390-450°F (199-232°C).

Polypropylene C313CWZ is a nucleated impact copolymer with a melt flow of 3.5 g/10min and engineered with 30% natural post-consumer recycled polypropylene. C313CWZ is characterized by a good stiffness/impact balance coupled with high creep resistance. FDA: C313CWZ is a blend of FDA compliant recycled polypropylene and FDA compliant new polypropylene. Please inquire for further information about FDA compliance. Recommended Applications: C313CWZ has been developed for sheet extrusion and thermoforming applications requiring good mechanical properties and aesthetic appearance.

Polypropylene C703IWZ is a nucleated impact copolymer with a melt flow of 20 g/10min and engineered with 30% natural recycled polypropylene. C703IWZ is characterized by good stiffness, creep resistance, very high impact resistance, good antistatic properties and has been formulated to allow faster cycling through early demolding. Recommended Applications: C703IWZ has been developed specifically for the injection molding of crates, pails, and other heavy-duty articles. Processing: C703IWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene C713CWZ is a nucleated impact copolymer with a melt flow of 15 g/10min and engineered with 30% post-consumer natural recycled polypropylene. C713CWZ is characterized by good stiffness, creep resistance, very high impact resistance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. FDA: C713CWZ is pending completion with FDA regulations for use in food contact applications. Recommended Applications: C713CWZ has been developed specifically for the injection molding of crates, pails, and other heavy-duty articles. Processing: C713CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene C723CWZ is a nucleated impact copolymer with a melt flow of 15 g/10min and engineered with 30% post-consumer natural recycled polypropylene. C723CWZ is characterized by good stiffness, creep resistance, very high impact resistance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. FDA: C723CWZ is pending completion with FDA regulations for use in food contact applications. Recommended Applications: C723CWZ has been developed specifically for the injection molding of crates, pails, and other heavy-duty articles. Processing: C723CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene C733CWZ is a nucleated impact copolymer with a melt flow of 20 g/10min and engineered with 30% white post-consumer recycled polypropylene. C733CWZ is characterized by improved stiffness, creep resistance, high impact resistance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. FDA: C733CWZ is a blend of FDA compliant recycled polypropylene and FDA compliant new polypropylene. Please inquire for further information about FDA compliance. Recommended Applications: C733CWZ has been developed specifically for the injection molding of garden furniture, housewares and thin-walled articles. Processing: C733CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene C743CWZ is a nucleated impact copolymer with a melt flow of 20 g/10min and engineered with 30% light brown post-consumer recycled polypropylene. C743CWZ is characterized by improved stiffness, creep resistance, high impact resistance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. Recommended Applications: C743CWZ has been developed specifically for the injection molding of garden furniture, housewares and thin-walled articles. Processing: C743CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene C803CWZ is a nucleated impact copolymer with a melt flow of 25 g/10min and engineered with 30% light gray post-consumer recycled polypropylene. C803CWZ is characterized by improved stiffness, creep resistance, high impact resistance, excellent antistatic properties and has been formulated to allow faster cycling through early demolding. FDA: C803CWZ is a blend of FDA compliant recycled polypropylene and FDA compliant new polypropylene. Please inquire for further information about FDA compliance. Recommended Applications: C803CWZ has been developed specifically for the injection molding of garden furniture, housewares and thin-walled articles. Processing: C803CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene H305I utilizes proprietary process technology to provide exceptional stiffness and barrier properties and was engineered with 50% natural recycled polypropylene. FDA: H305I is a blend of FDA compliant recycled polypropylene and FDA compliant new polypropylene. Please inquire for further information about FDA compliance. Recommended Applications: H305I is recommended in orientation processes for manufacture of packaging tapes and films that benefit from improved stiffness and barrier properties. Processing: H305I resin processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C).

Polypropylene H603CWZ is a nucleated homopolymer with a melt flow of 13 g/10min and engineered with 30% natural post-consumer recycled polypropylene. H603CWZ contains an antistat that will help protect molded parts from dust accumulation. FDA: H603CWZ is pending FDA regulations for use in food contact applications. Recommended Applications: H603CWZ is particularly well suited for caps, closures and thin wall containers. Processing: H603CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene H613CWZ is a nucleated homopolymer with a melt flow of 13 g/10min and engineered with 30% light brown post-consumer recycled polypropylene. H613CWZ contains an antistat that will help protect molded parts from dust accumulation. Recommended Applications: H613CWZ is particularly well suited for caps, closures and thin wall containers. Processing: H613CWZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene H804I is a homopolymer engineered with 40% natural recycled polypropylene. FDA: H804I is a blend of FDA compliant recycled polypropylene and FDA compliant new polypropylene. Please inquire for further information about FDA compliance. Recommended Applications: H804I is recommended for food packaging and personal care. However, due to its unique and interesting properties, other applications may exist. Processing: The unique molecular structure of H804I lends itself to predictable shrinkage and good dimensional stability when compared to conventional polypropylene.

Polypropylene PPC 10641 is a nucleated antistatic heterophasic copolymer with high Melt Flow Index of 44 g/10 min. Polypropylene PPC 10641 is characterized by high fluidity with good mechanical properties. Polypropylene PPC 10641 has been specially developed for high speed injection moulding of food packaging. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Polypropylene PPC 10642 is a nucleated antistatic heterophasic copolymer with high Melt Flow Index of 44 g/10 min. Polypropylene PPC 10642 is characterized by high fluidity with good mechanical properties. It has been formulated for excellent antistatic properties. Polypropylene PPC 10642 has been developed for high speed injection moulding of pails and food packaging. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Polypropylene PPC 10712 is a nucleated and controlled-rheology heterophasic copolymer with a high Melt Flow Index of 40 g/10 min. Polypropylene PPC 10712 is characterized by good stiffness and impact resistance as well as low shrinkage and low warpage. Polypropylene PPC 10712 has been developed for high speed injection moulding of thin walled packaging containers and household articles. Polypropylene PPC 10712 has been specially formulated to give antistatic performance.

Polypropylene PPC 10810 is a high flow, very high impact heterophasic copolymer with a Melt Flow Index of 18 g/10min. Polypropylene PPC 10810 is easy to process and has been developed for the injection moulding of automotive parts that require a very high impact resistance even at low temperature.

Polypropylene PPC 11812 has been developed for high speed injection moulding of thin walled packaging containers requiring top level impact resistance at cold temperature (-20°C). It is characterized by a high Melt Flow Index of 50 g/10 min, and allows an optimization of the injection parameters as for example a reduction of the cycle time, while keeping properties even at cold temperature (impact).

Polypropylene PPC 12642 is a nucleated antistatic heterophasic copolymer with high Melt Flow Index of 70 g/10 min and good mechanical properties. Polypropylene PPC 12642 has been developed for high speed injection moulding of thin walled packaging containers. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Polypropylene PPC 12712 is a nucleated and controlled-rheology heterophasic copolymer with a very high Melt Flow Index of 70 g/10 min. Polypropylene PPC 12712 is characterized by good stiffness and impact resistance as well as low shrinkage and low warpage. It has been formulated for excellent antistatic properties. Polypropylene PPC 12712 has been developed for high speed injection moulding of thin walled packaging containers and household articles.

Polypropylene PPC 13812 is high fluidity heterophasic copolymer resin with fast nucleation. Polypropylene PPC 13812 is characterized by good stiffness and impact resistance as well as low shrinkage and low warpage. It has been formulated for excellent antistatic properties. Polypropylene PPC 13812 has been developed for high speed injection moulding of thin walled packaging containers and household articles.

Polypropylene PPC 14642 is a nucleated antistatic heterophasic copolymer with a very high Melt Flow Index of 130 g/10 min. Polypropylene PPC 14642 is characterized by very high fluidity with an excellent balance between stiffness and impact properties. It has been formulated for excellent antistatic properties. Polypropylene PPC 14642 has been developed for high speed injection moulding of thin walled packaging containers and specifically household articles. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Polypropylene PPC 1640 is a nucleated heterophasic (block) copolymer with a Melt Flow Index of 0.3 g/10'. This resin has a long-term heat stabilization package. It exhibits high stiffness in combination with outstanding impact strength even at very low temperatures. Polypropylene PPC 1640 has been specifically developed for the extrusion of non-pressure pipes. Other applications include sheet and blow molding.

Polypropylene PPC 1645 is a nucleated heterophasic (block) copolymer with a Melt Flow Index of 0.3 g/10'. This resin has a long-term heat stabilization package. It offers a very high stiffness while keeping good impact strength (even at low temperatures) and excellent processability. PPC 1645 has been designed to allow pipe thickness reduction hence converters cost savings. Polypropylene PPC 1645 can also be used for blow moulding and other extrusion applications.

Total Petrochemicals PPC 2660 is a heterophasic copolymer polypropylene with a Melt Flow Index of 0.8 g/min for the manufacturing of films with very good mechanical properties in the blown process. Polypropylene PPC 2660 is intended for applications requiring high mechanical properties like heavy duty bags, lamination films, retortable food packaging, …

Polypropylene PPC 2660 is heterophasic copolymer with a Melt Flow Index of 0.8 g/10 min. Polypropylene PPC 2660 is characterized by a low fluidity hence good melt strength to provide ease of processing and good manufactured article properties. Polypropylene PPC 2660 is suitable particularly for the extrusion of corrugated cardboard, blown film, sheet and pipes and for blow-moulding applications where a very high impact resistance is required.

Polypropylene PPC 3640 is a nucleated heterophasic copolymer with a Melt Flow Index of 1.3 g/10 min. Polypropylene PPC 3640 is characterized by improved stiffness, creep resistance and high impact resistance. Polypropylene PPC 3640 has been developed specifically for the extrusion of corrugated cardboard, corrugated and twin walled pipes, conduit pipe and other extrusion applications.

Polypropylene PPC 3645 polypropylene is a nucleated heterophasic copolymer with a Melt Flow Index of 1.3 g/10 min. Polypropylene PPC 3645 polypropylene is characterized by improved stiffness, creep resistance and high impact resistance. Polypropylene PPC 3645 has been developed specifically for the extrusion of corrugated cardboard, corrugated and twin walled pipes, conduit pipe and other extrusion applications.

Polypropylene PPC 3650 is heterophasic copolymer with a Melt Flow Index of 2 g/10 min. Polypropylene PPC 3650 provides an excellent balance between toughness and flow, being particularly suitable in injection molding for heavy duty applications such as tote bins, bread & vegetable trays, crates and large pails.

Total Petrochemicals PPC 3660 is a heterophasic copolymer polypropylene with a Melt Flow Index of 1.3 g/min for the cast extrusion of films with superior mechanical properties and retortable. Polypropylene PPC 3660 is intended for applications like food packaging, lamination films, stand up pouches, heat-sterilized packaging.

Polypropylene PPC 3660 is an heterophasic copolymer with a Melt Flow Index of 1.3 g/10min. Polypropylene PPC 3660 is characterized by a low fluidity hence good melt strength to provide ease of processing and good manufactured article properties. Polypropylene PPC 3660 is suitable particularly for the extrusion of corrugated cardboard, profiles and for extrusion-thermoforming applications where high impact resistance is required.