Bio-Flex® F 6510 by FKuR is a biodegradable polymer-blend based on polylactic acid (PLA). It contains a copolyester and additives. It is derived from natural resource material but does not contain... view more

Bio-Flex® S 5630 by FKuR is a biodegradable polymer-blend based on polylactic acid (PLA) containing a copolyester and additives. It can be easily colored with masterbatches based on PLA. It is... view more

Bio-Flex® S 6540 by FKuR is a biodegradable polymer-blend based on polylactic acid (PLA) used for injection molding. It contains a copolyester and additives. It is derived from natural resource... view more

Biodegradable polymer-blend based on cellulose acetate (CA), special additives and a high percentage of fillers. It is derived from partially natural resource material but does not contain any... view more

Biodegradable polymer-blend based on cellulose acetate (CA) contains additives. It is derived from partially natural resource material but does not contain any starch or starch derivatives... view more

Arboblend® V1 by Tecnaro is a high impact strength thermoplastic made from renewable sources for plastic processing. It contains different biopolymers like polyhydroxialkanoate, polyester, IngeoTM... view more

Arboblend® V2 (Standard) by Technaro is a thermoplastic made from renewable sources for plastic processing. It is used in blow-molded bottles, furniture, sheets and chip cards. It offers high impact... view more

Arboblend® V3 by Technaro is a 100% biodegradable thermoplastic. It is used in furniture, sheets, blow-molded bottles and chip cards. It is made for plastic processing. It contains different... view more

Arboblend® V4 by Technaro is a 100% biodegradable thermoplastic with high impact strength. It contains different biopolymers like polyhydroxialkanoate, IngeoTM, lignin, polyester, starch, organic... view more

Arboblend® V5 by Technaro is used in furniture, blow-molded bottles, chip cards and sheets. It thermoplastic made from renewable sources for plastic processing. It shows high impact strength... view more