ChemoraInnovation Products

Welcome to ChemoraInnovation, a leading supplier of high-quality advanced polymer compounds tailored to meet the diverse needs of various industries. Compounds of ChemoraInnovation are categorized into six distinct families, each representing our expertise in delivering exceptional products with superior physical and mechanical properties, as well as innovative solutions to meet your specific requirements. By choosing advanced polymer compounds from ChemoraInnovation, you gain access to the best solutions available in the market. Our commitment to creativity, innovation, and high standards allows us to provide you with tailored products that meet and exceed your expectations.

High Strength and Stiffness Polypropylene (PP) Compounds

High Impact Polypropylene (PP) Compounds

Alloys and Compounds of Engineering Polymers

Reinforced and Modified Polyamide (PA) Compounds

Engineering Masterbatches

Bio-based and Compostable Compounds

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ChemoAmid ® 80951
ChemoAmid 80951 is an unreinforced, impact-modified PA66 designed for injection molding applications. It may be utilized on its own during manufacturing or incorporated as a masterbatch into other polyamide formulations to increase toughness and impact resistance. A small percentage of low-viscosity polyamide is included to improve the material’s flow and overall injection-molding processability

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 46425 FR0
ChemoAmid 46425 FR0 is a flame-retardant PA66 compound reinforced with 30% glass fiber, achieving a UL94 V-0 rating at 1.2 mm and providing outstanding mechanical strength and thermal stability.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 40031 FR0
ChemoFill 40031 FR0 is a PP compound with flame-retardant characteristics, formulated specifically for injection molding applications requiring a UL-94 V-0 classification. The material combines superior processability with solid mechanical properties.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 277405 W
ChemoNova 277405 W is a glass-fiber-reinforced PET designed for applications that require high rigidity, outstanding dimensional stability, and strong chemical resistance. This color-matched material also provides excellent processing characteristics.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 264404
ChemoNova 264404 is a PBT material reinforced with 20% glass fibers, engineered for applications that demand high mechanical strength and outstanding electrical properties.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 16434 FR0
ChemoAmid 16434 FR0 is a PA6 compound reinforced with 30% glass fibers. This material carries a UL94 V0 flammability rating and offers a balanced profile of stiffness and impact resistance. It is intended for use in injection-molded components.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 620078 IC
ChemoNova 620078 IC is a PC/ABS blend engineered for improved compatibility and exceptional impact resistance, even in low-temperature conditions. This material is designed to satisfy the rigorous standards of automotive applications, offering optimized performance for interior components.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 16437
ChemoAmid 16437 is a PA6 grade reinforced with 30% glass fiber, engineered for applications that require high mechanical strength. It provides outstanding mechanical performance along with very good processing characteristics.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 47448
ChemoFill 47448 is a polypropylene homopolymer reinforced with glass fibers, engineered for applications that demand both high stiffness and strong impact resistance. This grade is heat-stabilized and offers outstanding ease of processing.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 14454
ChemoFill 14454 is a random copolymer polypropylene with 20% glass-fiber reinforcement, developed specifically for multilayer pipe use. It combines high mechanical strength with good processing characteristics.

FILLER

Glass Fiber

Processing Method

Extrusion

Material Status

Commercially Active

ChemoAmid ® 50951
ChemoraAmid 50951 is a PA6/PE impact-modified blend formulated for injection-molded parts that need high impact strength, reduced weight, and easy processing. It may be used on its own or incorporated as a masterbatch in polyamide compounds to improve toughness and impact performance.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 19761 Nano
ChemoFill 19761 Nano is a nanocomposite containing 60% mineral filler dispersed in a co-polypropylene matrix. It is designed for applications that demand high density, rigidity, dimensional stability, resistance to detergents and chemicals, and excellent sound-insulating performance.

FILLER

Mineral Filler

Processing Method

Extrusion

Material Status

Commercially Active

ChemoAmid ® 46437
ChemoAmid 46437 is a PA66 grade containing 30% glass fiber, engineered for use in components with demanding mechanical needs. It delivers high thermal stability and robust mechanical strength, along with favorable molding characteristics. To further facilitate injection molding, a minor proportion of low-viscosity polyamide has been added.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 340048 BL0
ChemoNova 340048 BL0 is a PC/PBT blend offering excellent impact and chemical resistance. It has a smooth, glossy finish and was first engineered for automotive door handles, but it is equally suitable for painted parts.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 50023 NFR2
ChemoFill 50023 NFR2 is a non-halogenated flame-retardant PP compound with a UL 94 V-2 rating. It is formulated for uses that demand fire resistance along with high strength and rigidity.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFlex ® 44132 DG UV
ChemoFlex 44132 DG UV is a mineral-reinforced polypropylene copolymer formulated for UV stability. It provides high stiffness, balanced impact resistance, and can be produced in various colors, making it suitable for automotive interior trim components. It also shows strong resistance to stress whitening.

FILLER

Mineral Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFlex ® 54141 DG UV
ChemoFlex 54141 DG UV is a mineral-reinforced co-polypropylene containing 20 wt.% fillers, developed for use in automotive interior trim, particularly dashboards. The mineral additives improve dimensional stability, stiffness, and hardness, while also lowering creep relative to the unfilled polymer. Despite the reinforcement, the material retains good flow properties, making it appropriate for most injection-molded components. This grade is also UV-stabilized.

FILLER

Mineral Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 386404
ChemoNova 386404 is a PBT reinforced with 30% glass fiber, engineered for applications that require high mechanical strength and outstanding electrical performance. It offers excellent mechanical properties while maintaining good processability.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 36635 BL0
ChemoFill 36635 BL0 is a polypropylene composite reinforced with glass fiber, designed for uses where both high stiffness and superior impact resistance are essential. It includes heat stabilization and delivers exceptional processability.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 310007 FR0
ChemoNova 310007 FR0 is a flame-retardant ABS that offers an optimized balance of impact strength and processability, making it ideal for applications demanding fire resistance, high strength, and rigidity.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 630078 N
ChemoNova 630078 N, a PC/ABS blend, offers outstanding impact resistance, particularly at reduced temperatures. This grade is engineered for injection molding and is intended for the production of automotive interior parts.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFlex ® 53151 BL SC
ChemoFlex 53151 BL SC is a mineral-filled polypropylene designed for injection molding of large components. This UV-stabilized grade offers good impact resistance, excellent scratch performance, low odor, and easy processability, making it well-suited for automotive interior applications such as dashboards.

FILLER

Mineral Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 16425 BL0
ChemoAmid 16425 BL0 is a cost-effective PA6 reinforced with 30% glass fiber. It is engineered for applications that demand high mechanical performance, while providing excellent thermal stability and good processing characteristics."

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAdd ® UV4052
ChemoAdd UV2504 LL is a light-stabilizer masterbatch based on low-density polyethylene, offering excellent dispersion of a highly efficient and durable stabilizer system. The incorporation of a high-performance hindered amine light stabilizer together with a UV absorber results in a well-balanced set of properties, combining enhanced light and thermal stability with improved processing performance, particularly through the reduction of water carryover during the production of tapes and monofilaments.

FILLER

No Filler

Processing Method

Extrusion

Material Status

Commercially Active

ChemoFill ® 63122 BL0 UV
ChemoFill 63122 BL0 UV is a mineral-reinforced polypropylene offering a balanced mix of processability, rigidity, and impact resistance. Its UV-stabilized formulation makes it well-suited for producing injection-molded interior automotive trim parts.

FILLER

Mineral Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 10951
ChemoAmid 15901 is an impact-modified, unreinforced PA6 for injection molding. The material can be used alone for the production process or added as a masterbatch to polyamide compounds to improve their toughness and impact strength.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 310007 W FR0
ChemoNova 310007 W FR0 is a flame-retardant ABS that offers a well-balanced combination of impact resistance and ease of processing, making it ideal for applications that demand fire safety, high strength, and rigidity.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 16425 LG NFR0
ChemoAmid 16425 LG NFR0 is a halogen-free, flame-retardant PA6 reinforced with 30% glass fiber, engineered for applications demanding high mechanical performance. It is suitable for injection-molded parts that must meet the UL-94 V-0 flammability rating.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 36448
ChemoFill 36448 is a polypropylene homopolymer reinforced with 30% glass fiber, developed for applications demanding both high stiffness and strong impact resistance. The material is heat-stabilized and offers outstanding processing performance.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 28791 W Nano
ChemoFill 28791 W Nano is formulated as a nanocomposite incorporating 40% mineral filler within a co-polypropylene matrix. The material is intended for uses where high density, rigidity, dimensional accuracy, chemical and detergent resistance, and enhanced acoustic insulation are essential.

FILLER

Mineral Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoFill ® 43436 UV
ChemoFill 43436 UV is a 15% short glass fiber–reinforced PP homopolymer, engineered for injection molding. It delivers high stiffness, strong impact performance, and reliable dimensional stability, together with very good processability. The grade includes UV stabilization.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoNova ® 410007 W
ChemoNova 410007 W is a white, color-matched ABS compound with medium impact resistance and good processability, suitable for use in thin-walled products.

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoAmid ® 47437 BL0
ChemoAmid 47437 BL0 is a PA66 compound reinforced with 35% glass fiber, developed for applications that demand high mechanical performance. The material offers excellent tensile strength, rigidity, and heat deflection temperature, along with moderate impact resistance. A small amount of low-viscosity polyamide has been added to improve flow and processability during injection molding. This grade is supplied in black.

FILLER

Glass Fiber

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoBio ® 30117 T
ChemoBio 71103T is a bio-based thermoplastic resin formulated from a blend of thermoplastic starch and polypropylene. This grade is ready for processing on conventional thermoforming equipment. ChemoBio 71103T offers excellent mechanical performance and delivers sustainable advantages across a wide range of applications. In addition, this material is suitable for printing.

FILLER

No Filler

Processing Method

Thermoforming

Material Status

Commercially Active

ChemoBio ® 90308 I
ChemoBio 90308 I is a compostable thermoplastic resin partially derived from renewable resources. It is essentially a blend of thermoplastic starch and copolyester materials. This grade is designed for direct processing on conventional injection-molding equipment. ChemoBio 90308 I provides excellent mechanical performance and delivers sustainable benefits across a wide range of applications. Its key advantages include: High melt strength Excellent mechanical properties

FILLER

No Filler

Processing Method

Injection Molding

Material Status

Commercially Active

ChemoBio ® 10509 E
ChemoBio 10509 E is a thermoplastic resin derived from renewable resources. It is a compound based on biodegradable and compostable polyesters. This grade is designed to provide excellent processability and is ready for use in conventional extrusion equipment. ChemoBio 10509 E delivers excellent mechanical performance and offers the following advantages: Excellent processability on extrusion machines High melt strength Good thermal stability up to 210 °C Excellent mechanical properties Good printability Easy coloration

FILLER

No Filler

Processing Method

Extrusion

Material Status

Commercially Active

ChemoBio ® 10609 E
ChemoBio 10609 E is a thermoplastic resin containing renewable resources. It is a compound based on biodegradable and compostable polyesters combined with thermoplastic starch. This grade is specifically designed to provide excellent processability and is ready for use in conventional extrusion equipment. ChemoBio 10609 E delivers strong mechanical performance and exhibits the following advantages: Excellent processability on extrusion machines High melt strength Good thermal stability up to 210 °C Excellent mechanical properties Good printability Easy coloration

FILLER

No Filler

Processing Method

Extrusion

Material Status

Commercially Active

ChemoBio ® 84709I
ChemoBio 84709I is a sustainable thermoplastic resin derived from renewable resources. It is essentially a composite of biodegradable and compostable polyesters combined with natural fibers. The incorporation of natural fibers not only imparts a distinctive wood-like appearance and natural aroma to ChemoBio 84709I, but also significantly enhances its compostability. ChemoBio 90748I is fully compatible with conventional injection-molding equipment and offers good mechanical performance while maintaining a strong commitment to environmental sustainability. Key advantages of ChemoBio 84709I include: • Sustainability: Produced from renewable resources; biodegradable and compostable. • Aesthetics: Wood-like appearance with a natural aroma. • Processability: Easily processed using standard injection-molding techniques. • Performance: Good mechanical properties.

FILLER

Wood Fibers

Processing Method

Extrusion

Material Status

Commercially Active