Products in Basic Thermoplastics: Polypropylene Copolymer

Braskem RPP112 GY2 Recycled Polypropylene is an environmentally friendly choice crafted from 25% recycled material derived from post-consumer packaging. This gray polymer is tailored for various applications such as cups, containers, hot lids, sheets, and caps. Its versatility extends to extrusion, thermoforming, and compression molding processes.

For more information regarding REACH, please visit Braskem's site

Braskem RPI 0R2 GY recycled polypropylene is a sustainable solution derived entirely from 100% recycled material sourced from post-consumer packaging. This gray polymer is well-suited for compounding and injection molding processes, making it an ideal choice for applications in durables and packaging.

For more information regarding REACH, please visit Braskem's site

Braskem Recycled RPI 0R2 BK recycled polypropylene copolymer is a sustainable solution crafted from 100% recycled material sourced from post-consumer packaging. This black polymer is ideal for compounding and injection molding processes, making it a versatile choice for applications in durables and packaging.

Braskem Recycled RPP103 GY5 recycled polypropylene is an eco-friendly choice derived from 55% recycled material sourced from post-consumer packaging. For creating caps, closures, containers, and packaging solutions, this gray polymer is ideal since it was created especially for injection molding techniques.

Braskem Recycled RPP117 GY2 recycled polypropylene is an eco-conscious option derived from 25% recycled material sourced from post-consumer packaging. This gray polymer is designed for various applications, including cups, containers, closures, and injection-molded packaging. This product is tailored specifically for efficient injection molding processes.

Braskem Recycled RPI 0R2 BK recycled polypropylene copolymer is an environmentally conscious solution created from 55% recycled material sourced from post-consumer packaging. This gray polymer is tailored for extrusion processes, including films, profiles, and thermoformed packaging. Perfect for film extrusion, profile extrusion, and sheet extrusion applications.

Thermofil® F820R00 Black is a chemically coupled 40% glass fiber-reinforced polypropylene copolymer. It is used for automotive and industrial parts, providing superior impact, stiffness and dimensional stability. It is used as an alternative to long, glass-fiber filled PP, glass-filled polyamide, and glass-filled PBT. This product is suitable for Injection molding.   Applications: Passenger side Airbag Housing Appliances Boat Jet-propelled Vehicle Structure parts   Features: Chemically coupled, offering good impact and stiffness.   Benefits: Excellent Alternative to glass filled Nylons, PBT, and long-glass-filled PP, offering a lower density and a lower carbon footprint.

X-Pro® SP200 TF30 3033 is an automotive-certified, general-purpose black polypropylene with 30% talc reinforcement and 98% recycled content, designed for non-visual injection molding applications. This resin is applicable in various industries, including automotive, industrial, construction, consumer, lawn, and garden products.

X-Pro® PP 4420 is a general-purpose, medium-flow, medium-impact, 98% recycled polypropylene copolymer that is suitable for injection molding applications. It is a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product is applicable in various areas, such as general-purpose, industrial, housewares, and construction.

X-Pro® PP 4920 is a general-purpose, higher-flow, no-break, 98% recycled content polypropylene copolymer that is suitable for injection molding applications. It provides a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product is applicable in various areas, such as general-purpose, industrial, housewares, and construction.

X-Pro® PP 4910 is a general-purpose, lower melt flow, no break, 98% recycled content, polypropylene copolymer suitable for injection molding applications. It provides a low-cost alternative to virgin resin while maintaining comparable quality and processability.  Produced from: post industrial recycled polypropylene  Color: Black  Applications:  Composite Wheels  protective guarding  lawn and garden  automotive  industrial  construction  Processing Method: Injection molding  Melt Flow: 8 -12 g/10 min  Izod Impact - 44 min KJ/M2  Tensile @ Yield - 21 min MPa  Flexural Modulus 0.05 in / min - 828 min  Ash Content - <5% 

X-Pro® PP 4220 is a general-purpose, medium-flow, 98% recycled content polypropylene copolymer suitable for injection molding applications. It provides a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product can be used in various application areas, such as general-purpose, industrial, housewares, and construction.

X-Pro® SP200 P 3081 is a general-purpose, medium-flow, 98% recycled content, automotive-certified polypropylene copolymer that is suitable for injection molding applications. It offers a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product can be used in various application areas, such as general-purpose automotive and automotive wheel housings.

X-Pro® PP 4230 is a high-flow, 98% recycled-content, general-purpose black polypropylene copolymer suitable for houseware applications and thinner-walled parts in injection molding. It can be used as a low-cost alternative to virgin resin while providing comparably good quality and processability.

X-Pro® SP200 P 31608 is a black, automotive-certified, general-purpose polypropylene copolymer with 98% recycled content and medium flow, which is suitable for injection molding. It offers a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product can be used in various application areas, such as general-purpose automotive and automotive wheel housings.

X-Pro® SP200 P 4058 is a general-purpose, medium-flow, automotive-certified, 98% recycled-content polypropylene copolymer. suitable for injection molding applications. It is a low-cost alternative to virgin resin while maintaining comparable quality and processability. This product can be used in various application areas, such as general-purpose and automotive wheel housings.

X-Pro® PP 4225 is a medium-impact, high-flow general-purpose polypropylene copolymer made with 98% post-industrial recycled material. It can be used as a low-cost alternative to virgin resin while maintaining comparable quality and processability and is suitable for use in various injection molding applications.

X-Pro® SP200 P 3085 is an automotive-certified polypropylene copolymer with a 98% recycled content that is suitable for injection molding applications like wheel liners. It is a general-purpose material with medium flow and offers a low-cost alternative to virgin resin while providing comparable quality and processability. The product finds application in the automotive industry for general purposes and automotive wheel housings.

X-Pro® PP 4620 is a general-purpose, medium- to high-flow, high-impact polypropylene copolymer used in injection molding applications where good melt and high impact strength are important. It is a 98% recycled content grade that provides a low-cost alternative to virgin resin, while maintaining comparable quality and processability.

X-Pro® PP 4212 is a general-purpose, medium-flow polypropylene copolymer suitable for both injection molding and extrusion applications. It serves as a low-cost alternative to our other resin grades, providing comparable quality and processability.Produced from: Recycled post-industrial polypropyleneColor: BlackApplications: industrialwire and cable constructionProcessing Methods: Injection Molding Melt Flow 10-17 g/10 min Izod Impact 1.5 ft lb/in Tensile@ yield 2000 psiFlexural Modulus 0.05 in/ min 100,000 PSI

X-Pro® SP200 P 5000 is a medium-flow, 98% recycled content, black, general-purpose polypropylene copolymer with medium impact strength that is certified for injection molding applications. It can be used as a low-cost alternative to virgin resin with comparable quality and process ability. This product can be used in various application areas, such as non-appearance automotive wheel housings.

MOCOM Compounds ALTECH® PP-B A 2030/150 GF30 CP is a heterophasic copolymer made of polypropylene and 30% glass fibers, coupled together chemically and easy to remove. It is heat and processing stable, and is suitable for injection molding with melt temperatures of 200-250°C and mold temperatures of 20-70°C. It is most commonly used for automotive purposes such as functional components, powertrain parts, housings, fixing elements, interior and exterior decoration and finishing. To ensure optimal results, it should be pre-dried in a dry air (dessiccant) dryer or air circulating dryer at temperatures of 80-120°C for 2-4 hours.

MOCOM Compounds ALTECH® PP-B A 2020/157 GF20 CP is a polypropylene heterophasic copolymer containing 20% glass fibers that is chemically coupled, processing stabilized, easy to release (demolding), and heat stabilized. It is typically used in building and construction for exterior parts such as air ducts and functional components. For optimal results, pre-drying conditions should be done in a dry air (dessiccant) dryer at 80-120°C for 2-3 h or in an air circulating dryer at 80-120°C for 2-4 h. For injection molding, the melt temperature should be set to 200-250°C and the mold temperature should be set to 20-70°C.

MOCOM Compounds ALCOM® PP 620/10 GY1464-04MCF is a polypropylene heterophasic copolymer with a gray, metallic color. It features flow line optimization, low tendency to produce flow lines, slip agent, and heat stabilization. This product is suitable for applications such as household items and housings, and can be processed using injection molding with a melt temperature of 200-270°C and mold temperature 20-70°C.

WIC PP 30 BK is a high-performance material that is suitable for use in the automotive and sports industries. It is made from a base polymer of polypropylene with 30% carbon fiber filler. The polymer has been designed with heat-age stabilization, making it resistant to high temperatures. The pre-drying conditions involve an air-circulating dryer set to 80°C for 2-4 hours, depending on moisture content. For processing, the conditions are injection molding, with a melt temperature of 210–260°C and a mold temperature of 30–60°C.

MOCOM Compounds ALTECH® PP-B A 1000/726.01 UV is a polypropylene heterophasic copolymer with a pre-drying condition in a dry air (dessiccant) dryer at 80-120°C for 2-3 h, or an air circulating dryer at 80-120°C for 2-4 h. It has a melt temperature of 200-240°C and a mold temperature of 20-70°C, and its filler/additive system consists of antioxidant, light stabilizer, lubricant, and is highly UV stabilized, with additional features such as slip agent, heat stabilized, and processing stabilized. It is suitable for market segments such as Automotive and Machinery, with typical applications in housings, handles, and functional components.

MOCOM Compounds ALCOM® HM PP 1000 AG 17005 is a pre-dried polypropylene copolymer containing a hygienic filler/additive system. The material is white, similar to RAL 9003, and has antibacterial properties according to ISO 22196. It is suitable for use in packaging, personal care, household goods, furniture, building, and construction applications. Injection molding of the material should be done with a melt temperature of 200-270°C and a mold temperature of 20-70°C. The material should be stored and handled in a tightly sealed environment.

WIC PP 40 BK UV is a black material with UV and heat age stabilization properties intended for use in automotive and sports applications. The base polymer is polypropylene, and it contains 40% carbon fiber as a filler. Prior to processing via injection molding, the material must be pre-dried at 80°C for 2-4 hours, depending on its moisture content, which should not exceed 0.10%. During injection molding, the material should be melted at temperatures ranging from 210 to 260°C, with a mold temperature between 30 and 60°C.

MOCOM Compounds ALTECH® PP-B A 4920/500 MR20 is a polypropylene heterophasic copolymer with a filler/additive system of 20% talcum. It is heat and processing stabilized and has easy flow, release, and molding properties. It is suitable for automotive, sport and leisure, and building and construction applications such as gardening tools, exterior parts, interior decoration/finishing, clothing/fasteners, and sports equipment. Processing injection molding should be done with a melt temperature of 200-250°C and a mold temperature of 20-70°C. It should be stored in a dry, light-protected environment not exceeding 30°C.

MOCOM Compounds ALTECH® IQ PP 2040/W100 BK0002 is a polypropylene base polymer with 40% glass fiber filler containing a black color and processing stabilized special features. It is used in the Automotive and Various market segments. Pre-drying conditions require 80-100°C in an air circulating dryer for 2-4h, depending on moisture content, and the maximum moisture content should be 0.10%. Processing conditions require injection molding with a melt temperature of 200-270°C and a mold temperature of 20-60°C.

WIC PP 30 N is a natural (carbon-optic) material with heat-age stabilization properties intended for use in automotive and sports applications. The base polymer is polypropylene, and it contains 30% carbon fiber as a filler. Prior to processing via injection molding, the material must be pre-dried at 80°C for 2-4 hours, depending on its moisture content, which should not exceed 0.10%. During injection molding, the material should be melted at temperatures ranging from 210 to 260°C, and the mold temperature should range from 30 to 60°C.

MOCOM Compounds ALTECH® PP-B A 4915/500 MR15 is a polypropylene heterophasic copolymer with 15% talcum as a filler/additive system. It has high heat stabilization, processing stabilization, and easy release (demolding) characteristics. The melting temperature for injection molding is 200-250°C and the mold temperature is 20-70°C. This material is suitable for automotive, building and construction market segments with typical applications such as housings, fixing elements, functional components and interior decoration/finishing, gardening tools, clothing/fasteners and exterior parts. To ensure optimum performance, it should be stored in a dry, light-protected environment not exceeding 30°C.

MOCOM Compounds ALCOM® MS PP 4920 GY1233-20 is a polypropylene heterophasic copolymer with 20% talcum as a filler/additive system. It is heat stabilized, scratch resistant, UV stabilized, and impact modified, making it suitable for automotive applications such as housings and fasteners. For optimal results, it should be pre-dried before processing. Injection molding should be used to process it, with a melt temperature of 200-270°C and a mold temperature of 20-70°C.

WIC PP 10 BKD is a polypropylene-based material with 10% carbon fiber filler and a deep black color. It is suitable for injection molding with a melt temperature range of 210-260°C and a mold temperature range of 30-60°C. It has heat aging stabilization and is ideal for the Automotive and Sport markets. Additionally, under certain conditions, the increased thermal conductivity must be taken into account.

MOCOM Compounds ALTECH® IQ PP 2020/W100 HS BK0002 is a polypropylene base polymer with 20% glass fiber filler, black in color, and processing stabilized with heat aging stabilization. It is primarily used in the Automotive and various other market segments. Recommended processing conditions include injection molding with a melt temperature of 200-270°C and a mold temperature of 20-60°C.

WIC PP 40 N is a natural-colored material with heat-age stabilization properties intended for use in automotive and sports applications. The base polymer is polypropylene, and it contains 40% carbon fiber as a filler. Prior to processing via injection molding, the material must be pre-dried at 80°C for 2-4 hours, depending on its moisture content, which should not exceed 0.10%. During injection molding, the material should be melted at temperatures ranging from 210 to 260°C, with a mold temperature between 30 and 60°C. It is important to note that the increased thermal conductivity of this material must be taken into account when selecting the parameters for injection molding.