Biobased PET is a thermoplastic polyester partially produced using annually renewable biomass like different sugars obtained from agricultural activities. It will be 100% biobased in a few years. Properties - 30% biobased (bulk) - Recyclable in the flow of petroleum-based PET - Rigid - Transparent - Food safe Applications Process: - Injection blowing - Thermoforming - Injection molding - Extrusion of fibres Markets: - Rigid packaging: bottles, containers, pots, boxes - Flexible packaging: film - Fibre

The NP High Temperature range consists of a set of PLA based compounds. These compounds were specifically developed to improve the thermal resistance of PLA. Properties - High biosourced material content (>80%) - Biodegradable and compostable - Food safe - Excellent temperature behaviour Applications Process: - Extrusion - Injection Markets: - Primary and secondary rigid packaging - Disposable tableware - Technical parts - Consumption goods

The NP High Temperature range consists of a set of PLA based compounds. These compounds were specifically developed to improve the thermal resistance of PLA. Properties - High biosourced material content (>80%) - Biodegradable and compostable - Food safe - Excellent temperature behaviour Applications Process: - Extrusion - Injection Markets: - Primary and secondary rigid packaging - Disposable tableware - Technical parts - Consumption goods

The NP Life Time range consists of a set of biobased and biodegradable polyester-based compounds. The products in this range were specifically designed to accelerate or reduce the rate of biodegradation of the products. Properties - Partially to completely biosourced - Biodegradable and compostable - Accelerated or slowed degradation depending on the product Applications Process: - Primarily injection Markets: - Agriculture / horticulture - Consumption goods

The NP Life Time range consists of a set of biobased and biodegradable polyester-based compounds. The products in this range were specifically designed to accelerate or reduce the rate of biodegradation of the products. Properties - Partially to completely biosourced - Biodegradable and compostable - Accelerated or slowed degradation depending on the product Applications Process: - Primarily injection Markets: - Agriculture / horticulture - Consumption goods

The NP Rigid range consists of a set of biobased and biodegradable polyester-based compounds. They present improved rigidity properties. Several other versions are available depending on the performance levels to be attained, please contact us for more information Properties - Partially to completely biobased - Biodegradable and compostable - Food safe - Rigid - Translucent depending on the product Applications Process: - Primarily injection moulding Markets: - Primary and secondary rigid packaging - Technical parts - Sports and leisure

The NP Rigid range consists of a set of biobased and biodegradable polyester-based compounds. They present improved rigidity properties. Several other versions are available depending on the performance levels to be attained, please contact us for more information Properties - Partially to completely biobased - Biodegradable and compostable - Food safe - Rigid - Translucent depending on the product Applications Process: - Primarily injection moulding Markets: - Primary and secondary rigid packaging - Technical parts - Sports and leisure

The NP Soft range consists of a set of biobased and biodegradable polyester-based compounds. They present improved flexibility and elongation at break properties. Properties - Partially biobased - Biodegradable and compostable - Food safe - Flexible - Translucent depending on the product Applications Process: - Blow film extrusion - Injection Markets: - Primary and secondary flexible packaging - Regular consumption goods - Sports and leisure

The NP Soft range consists of a set of biobased and biodegradable polyester-based compounds. They present improved flexibility and elongation at break properties. Properties - Partially biobased - Biodegradable and compostable - Food safe - Flexible - Translucent depending on the product Applications Process: - Blow film extrusion - Injection Markets: - Primary and secondary flexible packaging - Regular consumption goods - Sports and leisure

The NP Soft range consists of a set of biobased and biodegradable polyester-based compounds. They present improved flexibility and elongation at break properties. Properties - Partially biobased - Biodegradable and compostable - Food safe - Flexible - Translucent depending on the product Applications Process: - Blow film extrusion - Injection Markets: - Primary and secondary flexible packaging - Regular consumption goods - Sports and leisure

The NP Soft range consists of a set of biobased and biodegradable polyester-based compounds. They present improved flexibility and elongation at break properties. Properties - Partially biobased - Biodegradable and compostable - Food safe - Flexible - Translucent depending on the product Applications Process: - Blow film extrusion - Injection Markets: - Primary and secondary flexible packaging - Regular consumption goods - Sports and leisure

The NP Soft range consists of a set of biobased and biodegradable polyester-based compounds. They present improved flexibility and elongation at break properties. Properties - Partially biobased - Biodegradable and compostable - Food safe - Flexible - Translucent depending on the product Applications Process: - Blow film extrusion - Injection Markets: - Primary and secondary flexible packaging - Regular consumption goods - Sports and leisure

The NP Water Soluble range consists of a set of biobased and biodegradable polyester-based compounds. The products in this range were specifically designed to ensure solubility or quick biodegradability in an aqueous environment. Properties - Partially biobased - Biodegradable and compostable - Accelerated degradation in aqueous environmen Applications Process: - Extrusion - Injection Markets: - Agriculture / horticulture - Consumption goods

The NP Water Soluble range consists of a set of biobased and biodegradable polyester-based compounds. The products in this range were specifically designed to ensure solubility or quick biodegradability in an aqueous environment. Properties - Partially biobased - Biodegradable and compostable - Accelerated degradation in aqueous environmen Applications Process: - Extrusion - Injection Markets: - Agriculture / horticulture - Consumption goods

The NPW CER range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from cereal processing activities. Properties - PPartially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW CER range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from cereal processing activities. Properties - PPartially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW CER range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from cereal processing activities. Properties - PPartially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW CER range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from cereal processing activities. Properties - PPartially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW CER range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from cereal processing activities. Properties - PPartially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW FIB range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are natural fibres obtained from various sectors. - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SEA range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from seashell. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury culture

The NPW SHE range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from shells or kernels from different sources. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW SHE range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from shells or kernels from different sources. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW SHE range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from shells or kernels from different sources. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW SHE range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from shells or kernels from different sources. Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW TEX range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from textile industries. - Partially to totally biobased - Some of them are biodegradable and compostable - Softness - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW TEX range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from textile industries. - Partially to totally biobased - Some of them are biodegradable and compostable - Softness - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW VEG range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from agro-food industries (fruit and vegetables). Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury

The NPW VEG range consists of a set of Biocomposites which can be produced from oilbased as well as biobased or biodegradable polymers. The by-products used here as fillers are waste material from agro-food industries (fruit and vegetables). Properties - Partially to totally biobased - Some of them are biodegradable and compostable - Rigid - Natural appearance Applications Process: - Primarily injection moulding - Adaptable to other processes Markets: - Rigid secondary packaging - Regular consumption goods - Technical parts - Agriculture / horticulture - Cosmetic / luxury