Sustainable Materials
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ABS, PP & PS Recyclates
Made from household and commercial plastic wastes with many sustainable benefits such as energy savings
Aluminium Honeycomb
Recyclable heet material containing hexagonal or rectangular shaped cells that can be recycled and used as a core material
Antioxidant
Extends life of plastics with protective polyolefins from oxidative degradation
Antioxidant for Recycling
Suitable for PE, PP and PA to improve recyclability
BOPE Masterbatches
Sustainable films containing one polymer to ease recycling processes and technical feasibility
Bio-based PP/PE
ISCC Plus-certified polyolefins produced from renewable feedstocks
Bio-based PPA
Bio-content between 50% and 90% and can be used for applications involving direct contact with water
Bio-based TPU
Provides highly flexible films, abrasion-resistant hoses, soft-touch injection molded parts and special compounds
Bio-solvents Fat Acid Esters
Used to replace acetone and chlorinated solvents
Biodegradable & Compostable Compounds
Suitable for converting systems and for the bioplastics production
Black Masterbatches NIR
NIR detectable and appropriate for all black plastics ranging from food packaging to industrial goods
Calcium & Zinc Stearates
Provides good separation effect and hydrophobic properties
Cardboard Honeycomb
Lightweight, resistant, rigid, and stable material that can be used in a variety of applications
Cellulose Fibre-based PP Compounds
Fibres obtained by combining cellulose from woods and thermoplastics to deliver a natural look, soft and warm touch, high rigidity and low density
Cellulose-based Transparent Polymer
Used to produce durable and long-lasting BPA-free bioplastic
Cleaning Compound
Saves material, time, maintenance and waste costs
Compatibilizer
Can be used with polar and unpolar materials to improve recyclability
Compatibilizer for PLA, PHA & More
High-strength and performance, flexibility and heat resistant is compatible with fillers, starch and other biopolyesters
Compostable & Biodegradable Compounds: Industrial & Agricultural
Modified biodegradable polymer compounds
Copolyester: PET & PETG (RIC1 Compatible)
Fully compatible with RIC1 and used to obtain recyclable packaging with end-of-life properties
Copolyester: PETG, PCTG & PCTA
Allows for the production of clear, durable and transparent plastics
HIPS, PP, PS & Mixed Recyclates
Recyclates containing resins and engineering polymers which enable CO2 savings between 73% and 89% and carbon footprint reduction
Hybrid Foam: PU & PET
Available as an IPN polymer network with a high cross-linking degree, fine cellular structured foams and low-density foam
Impact Modifier
Can be used with polar and unpolar materials to improve recyclability
Lightweight PA & PP Alloy
Obtained from the combination of polyamide and polypropylene with a weight reduction of 7%