Finalloy EBP-831 OK1 is a 30% mineral-filled and impact-modified polypropylene-based compound that combines excellent rigidity/impact balance, good processability and low linear thermal expansion. Finalloy EBP-831 OK1 is particularly suitable for the injection moulding of unpainted automotive exterior body parts, which require high stiffness, good surface aspect and high dimensional stability. This material is UV stabilized.

Finalloy EBP-831 UC9B9 is a 30% mineral-filled and impact-modified polypropylene-based compound that combines excellent rigidity/impact balance, good processability and low linear thermal expansion. Finalloy EBP-831 UC9B9 is particularly suitable for the injection moulding of unpainted automotive exterior body parts, which require high stiffness, good surface aspect and high dimensional stability. This material is UV stabilized.

Finalloy EF-56/8 C161 S2 is a mineral-filled and impact modified polypropylene-based compound that combines good processing with very good impact resistance and high stiffness. Finalloy EF-56/8 161 S2 is particularly suitable for the injection moulding of automotive parts, which require a good impact resistance, high dimensional stability and good demoulding behaviour.

Finalloy EF-56/8LS is a mineral-filled and impact modified polypropylene-based compound that combines good processing with very good impact resistance and high stiffness. Finalloy EF-56/8LS is particularly suitable for the injection moulding of automotive parts, which require a good impact resistance and high dimensional stability.

Finalloy HXN-85 C16 is a 20% mineral-filled polypropylene-based compound that combines very good processing with very high rigidity. Finalloy HXN-85 C16 is particularly suitable for the injection moulding of automotive interior parts like air ducts, which require low HC emissions and odour.

Finalloy HXN-86 is a 20% mineral-filled polypropylene copolymer-based compound that combines good processing with high rigidity. Finalloy HXN-86 is particularly suitable for the injection moulding of automotive interior parts like air ducts, which require low HC emission and low odour.

Finalloy HXN-88 is a 20% mineral-filled and impact-modified polypropylene copolymer-based compound that combines a good rigidity/impact balance with good processability. Finalloy HXN-88 is particularly suitable for the injection moulding of automotive interior parts, which require low HC emission and low odour.

Finalloy SLV-67HM LG is a 20% mineral-filled and impact-modified polypropylene-based compound that combines a good impact-rigidity balance with good processability. This material has been developed to meet extremely severe specifications for VOC emissions. Finalloy SLV-67HM LG is particularly suitable for the injection moulding of non-painted, visible automotive interior parts that require excellent scratch resistance.

Finalloy SMV-65 is a 10% mineral-filled and impact-modified polypropylene-based compound that combines a good impact-rigidity balance with very good processability. This material has been developed to meet new specifications for low VOC emissions. Finalloy SMV-65 is particularly suitable for the injection moulding of non-painted, visible automotive interior parts that require an excellent scratch resistance. The impact strength of the material is very high, which makes this grade suitable for applications that have to fulfil e.g. knee, side and head impact requirements.

Finalloy SMV-66HM is a 15% mineral-filled and impact-modified polypropylene-based compound that combines a good impact-rigidity balance with very good processability. This material has been optimised to meet extremely severe specifications for low HC-emissions and odour in the car interior. Finalloy SMV-66HM is UV and heat stabilised and is particularly suitable for the injection moulding of non-painted, visible automotive interior parts.

Finalloy SR-64N S11 NATUR is a 15% mineral-filled and impact-modified polypropylene-based compound that combines a good impact/rigidity balance with very good processability. Finalloy SR-64N S11 NATUR is UV stabilized and is, in combination with a colour masterbatch, particularly suitable for the injection moulding of non-painted, visible automotive interior parts that require an excellent scratch resistance. The surface of parts produced with this material will not become sticky after exposure to heat and uv light.

Finalloy SR-64N S11 a 15% mineral-filled and impact-modified polypropylene-based compound that combines a good impact/rigidity balance with very good processability. Finalloy SR-64N S11 in-coloured compounds are particularly suitable for the injection moulding of non-painted, visible automotive interior parts that require an excellent scratch resistance. The surface of parts produced with this material will not become sticky after exposure to heat and uv light.

Aceso® Lumicene® MR10MM0 S01 is a metallocene random copolymer polypropylene with a Melt Flow Index of 10(*) g/10 min specially developed for the extrusion of film and injection stretch blow moulding for the medical application, to the exclusion of implants. Aceso® Lumicene MR10MM0 S01 differs from the other random copolymers by outstanding organoleptic properties combined with ultra low extractables.

Polypropylene Lumicene® MH140CN0 is a metallocene homopolymer polypropylene with a Melt Flow Index of 140 g/10 min. Polypropylene Lumicene® MH140CN0 is characterized by a high fluidity and has a standard additivation package making this grade ideal for compounding and thin-wall injection moulding applications. This Lumicene MH140CN0 differs from standard homopolymer by its shrinkage reproducibility and outstanding organoleptics. The product is characterized by a low volatile/extractable content and is therefore particularly suitable for sensitive applications like interior automotive, pet food packaging etc. Polypropylene Lumicene® MH140CN0 is available in natural color.

Polypropylene Lumicene® MR 2001 is a metallocene polypropylene with a Melt Flow Index 25 g/10 min. Polypropylene Lumicene® MR 2001 is characterized by high fluidity for high speed spinning on spun laid non-woven lines where spun filaments are produced to form a web that is then thermally bonded to manufacture products for hygienic and technical uses. Polypropylene Lumicene® MR 2001 has a special anti gas-fading formulation to reduce yellowing in fibres.

Polypropylene Lumicene® MR 2002 is a metallocene homopolymer polypropylene for cast film. The specific design of the metallocene grade Lumicene® MR 2002 provides an exceptional processability on cast film lines. Films made of Lumicene® MR 2002 display an outstanding set of properties, combining exceptional optics with a toughness above conventional homopolymer based cast films. The extremely low extractable content is favorable for organoleptic properties.

Polypropylene Lumicene® MR 2002 is a metallocene polypropylene with a Melt Flow Index of 15 g/10 min. Polypropylene Lumicene® MR 2002 is characterized by high fluidity for high speed spinning on spun laid non—woven lines where spun filaments are produced to form a web that is then thermally bonded to manufacture products for hygienic and technical uses. Polypropylene Lumicene® MR 2002 has a special anti gas-fading formulation to reduce yellowing in fibres.

Lumicene® MR10MX0 is a metallocene random copolymer with a Melt Flow Index of 10 g/10 min for injection moulding, injection blow moulding, injection stretch blow moulding and extrusion blow moulding. Lumicene® MR10MX0 differs from the other random copolymers by its moulding reproducibility, outstanding organoleptic properties combined with low extractables, outstanding transparency and gloss. Producers of rigid food packaging including baby bottles, caps and closures, medical device and packaging, houseware and kitchenware will take full advantage of the new Lumicene® random metallocene product range. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Lumicene® MR10YN9 is a metallocene random copolymer with a Melt Flow Index of 10 g/10 min for fiber extrusion. Lumicene® MR10YN9 offers an excellent softness and thermal bonding performance thanks to its low melting temperature. Thanks to the metallocene based technology, fibers produced with this resin show an exceptionally low level of volatile organic compounds (VOC). Lumicene® MR10YN9 has a gas-fading resistant stabilization.

Lumicene® MR30MC2 is a metallocene random copolymer with a Melt Flow Index of 30 g/10 min for injection moulding. Lumicene® MR30MC2 differs from the other random copolymers by its moulding reproducibility, outstanding organoleptic properties combined with low extractables, excellent transparency and gloss. Producers of rigid food packaging, caps and closures, medical device and packaging, houseware and kitchenware will take full advantage of the new Lumicene® random metallocene product range. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Lumicene® MR60MC2 is a metallocene random copolymer with a Melt Flow Index of 60 (*) g/10 min for injection moulding. Lumicene® MR60MC2 differs from standard random copolymers by its moulding reproducibility, outstanding organoleptic properties combined with low extractables, excellent transparency and gloss, high rigidity combined with superior impact resistance. Producers of rigid food packaging, caps and closures, medical device and packaging, houseware and kitchenware will take full advantage of the new Lumicene® random metallocene product range. We hereby confirm that we do not use peroxide in the manufacturing of the above-mentioned Product.

Polypropylene Lumicene® M3661 is an isotactic form of homopolymer polypropylene made via TotalEnergies’ proprietary metallocene catalyst technology. Applications: Lumicene® M3661 is a medium molecular weight material recommended for cast film extrusion. However, due to its unique and interesting properties, other applications may exist. Processing: Lumicene® M3661 is a lower crystallinity, narrower molecular weight distribution product than conventional polypropylene. Cast films produced from M3661 exhibit outstanding optical properties and toughness compared to standard materials.

Polypropylene M3721WZ is designed with high flow characteristics for ease of filling thin wall parts. Antistat: M3721WZ is engineered with a high level of antistat for shelf cleanliness and mold release. FDA: M3721WZ complies with all applicable FDA regulations for food contact applications. Nucleation: M3721WZ is nucleated to provide fast cycle time and improve contact clarity in thin wall, multi-cavity molds. Applications: M3721WZ is ideal for caps, closures, cutlery, and other thin wall multi-cavity applications. Processing: M3721WZ processes on conventional injection molding equipment with typical melt temperatures of 390°-450°F (200-232°C).

Polypropylene M3766 is an isotactic form of propylene made via TotalEnergies proprietary technology in our polypropylene plant in La Porte, Texas. FDA and Regulatory: Lumicene® M3766 complies with all applicable FDA regulations for food contact applications. Lumicene® M3766 is not intentionally manufactured to contain materials derived from genetically modified organisms (GMO), and is not intentionally formulated to contain or intentionally manufactured with phthalates. Applications: Lumicene® M3766 is recommended for melt spun and spunbond fiber applications. However, due to its unique and interesting properties, other applications may exist. Processing: Lumicene® M3766 is a narrower molecular weight distribution product than conventional polypropylene. M3766 resin processes on conventional extrusion equipment with typical melt temperatures of 400°F-480°F (204°C-250°C).

Polypropylene Lumicene® M6571 is produced with Total Petrochemicals and Refining proprietary metallocene catalyst technology. It offers exceptional optical performance and low residual content compared to standard isotactic polypropylene. Applications: Lumicene® M6571 is designed specifically for use in film applications. It is suitable for both coextruded and monolayer cast films. In addition, it is suitable for use as a surface layer in biaxially oriented films.

Polypropylene Lumicene® M6823MZ is an isotactic form of copolymer polypropylene made via TOTAL proprietary metallocene catalyst technology. Applications: Lumicene® M6823MZ is a medium molecular weight material recommended for injection molding. However, due to its unique and interesting properties, other applications may exist. Processing: Lumicene® M6823MZ has a narrower molecular weight distribution than conventional polypropylene

Clarity – M8623KZ exhibits excellent clarity in molded parts. Impact – M8623KZ produces molded parts with improved impact in comparison to parts molded from conventional clarified random copolymers. Antistat – M8623KZ contains an antistat to help protect molded parts from dust accumulation. FDA – M8623KZ complies with all applicable FDA regulations for food contact applications. Applications – M8623KZ is recommended for injection molding housewares, caps and closures, packaging and other items requiring a balance of impact, clarity and easy mold release. Processing – M8623KZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Lumicene® Polypropylene M8670 is produced with TotalEnergies Petrochemicals and Refining proprietary metallocene catalyst technology. It offers exceptional optical performance and low residual content compared to standard isotactic polypropylene. Heat Sealable: M8670 produces films with excellent heat seal performance and outstanding optical properties. Recommended Applications: M8670 is designed for use as a surface and heat sealable layer in the production of coextruded films, biaxially oriented or cast, due to its excellent optics, very low extractables and good sealant properties. Processing: M8670 is a narrower molecular weight distribution product than conventional propylene copolymers. M8670 processes well on film extrusion equipment with typical melt temperatures of 390-450°F (200-232°C)

Clarity – M8825KZ exhibits excellent clarity in molded parts. Impact – M8825KZ produces molded parts with improved impact in comparison to parts molded from conventional clarified random copolymers. Antistat – M8825KZ contains an antistat to help protect molded parts from dust accumulation. FDA – M8825KZ complies with all applicable FDA regulations for food contact applications. Applications – M8825KZ is recommended for injection molding housewares, caps and closures, packaging and other items requiring a balance of impact, clarity and easy mold release. Processing – M8825KZ resin processes on conventional injection molding equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Lumicene® Polypropylene M9675 is an isotactic propylene copolymer produced via TotalEnergies proprietary metallocene catalyst technology. Heat Sealable: M9675 produces films with excellent heat seal performance and outstanding optical properties. Recommended Applications: M9675 is an excellent material for use as a heat sealable layer in production of coextruded biaxially oriented films due to its good processing, excellent optics, very low extractables, low seal initiation temperature and exceptional hot tack seal strength properties. Processing: M9675 is a narrower molecular weight distribution product than conventional propylene copolymers. M9675 processes well on film extrusion equipment with typical melt temperatures of 425-525°F (218-274°C).

Polypropylene 3270 utilizes proprietary process technology to provide extremely low residuals for exceptional stiffness and barrier properties. FDA: 3270 complies with applicable FDA regulations for use in food contact applications. FDA statement available upon request. Applications: 3270 is recommended in orientation processes for manufacture of packaging tapes and films that benefit from improved stiffness and barrier properties. Processing: 3270 processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C).

Polypropylene 3272 complies with all application FDA regulations for food contact applications. FDA: 3272 complies with applicable FDA regulations for use in food contact applications. FDA statement available upon request. Applications: 3272 is recommended in orientation processes for manufacture of packaging tapes and films. Processing: 3272 processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C).

Polypropylene 3273 utilizes proprietary process technology to provide low residuals for improved film stiffness and barrier properties. FDA: 3273 complies with applicable FDA regulations for use in food contact applications. FDA statement available upon request. Applications: 3273 is recommended in orientation processes for manufacture of packaging tapes and films. Processing: 3273 resin processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C).

Polypropylene 3274 utilizes proprietary technology to provide excellent processing performance in oriented films and tapes. FDA: 3274 complies with applicable FDA regulations for use in food contact applications. FDA statement available upon request. Applications: 3274 is recommended in orientation processes for manufacture of packaging tapes and films. Processing: 3274 processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C)

Polypropylene 3281: The high melt strength of TOTAL Polypropylene 3281 allows uniform draw down during processing, resulting in maximum line speeds and a good balance of physical properties. Process Stability: Excellent polymer stability of TOTAL 3281 produces consistent product properties during extrusion, even with the use of regrind. FDA: 3281 complies with all applicable FDA regulations and may be used under these provisions for food contact applications. Applications: 3281 is recommended for sheet and strapping applications where high melt strength and high extrusion speeds are required. Processing: 3281 resin processes on conventional extrusion equipment with typical melt temperatures of 390-450°F (200-232°C).

Polypropylene 3371 utilizes proprietary technology to provide excellent processing performance in oriented films and tapes. FDA: 3371 complies with applicable FDA regulations for use in food contact applications. FDA statement available upon request. Applications: 3371 is recommended in orientation processes for manufacture of packaging tapes and films. Processing: 3371 processes on oriented film extrusion equipment with typical melt temperatures of 450°F-525°F (232°C-274°C).

Polypropylene 3429 is engineered with an LTHA additive system that gives excellent bleach resistance in hot/wet environments that contain bleach and laundry detergents. UL Rating: 3429 has a UL rating at 120°C (248°F). FDA: 3429 complies with all applicable FDA regulations for food contact applications. Recommended Applications: 3429 is recommended for appliance parts and is particularly suited for parts that are exposed to a hot/wet environment such as: washing machine, dishwasher and coffee machine parts. Processing: 3429 resin processes on conventional injection moldingn equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene 3462 is formulated to give low water carryover and excellent process stability in extrusion applications. FDA: 3462 complies with all applicable FDA regulations for food contact applications. Recommended Applications: 3462 is recommended for slit film, monofilament, and fibrillated tape applications requiring improved process stability. Processing: 3462 processes on conventional extrusion equipment with typical melt temperatures of 400°F-500°F (204°C- 260°C).

Polypropylene 3480Z is formulated specifically to give excellent process stability in high profile extrusion. High Purity: Low catalyst residues in 3480Z provide outstanding color, plus low taste and odor. Antistat: 3480Z is formulated to minimize surface static build-up. FDA: 3480Z complies with all applicable FDA regulations for food contact applications. Applications: 3480Z is recommended for high speed profile extrusion for standard and flexible drinking straws. Processing: 3480Z processes on conventional extrusion equipment with typical melt temperatures of 390°F-450°F (200°C-232°C).

Polypropylene 3485WZ produces thermoformed parts with good clarity, gloss and sidewall stiffness. High Purity: 3485WZ features minimum taste and odor and optimum thermal stability for superior color and processability. FDA: 3485WZ complies with all applicable FDA regulations and may be used under these provisions for food contact and packaging. Applications: 3485WZ is ideal for deli containers, drinking cups, lids, and food service trays. Processing: 3485WZ resin processes on in-line, narrow web thermoforming and solid phase pressure forming equipment with typical melt temperature at 450°-500°F (232-260°C).