Radiopaque compound based on Bio-Polymer (PLA, PHB, ...). Special mineral filler.

Self-lubricating product based on Bio-Polymer (PLA, PHB, ...). Silicone.

Specific density compound based on Bio-Polymer (PLA, PHB, ...). Special filler.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Total Corbion PLA homopolymer resins are available in a range of melt viscosities and deliver improved heat resistance over standard PLA. These grades can be used as neat resin or as part of a compound in order to further optimize overall material properties. In order to obtain improved heat resistance over standard PLA, these resins need to crystallize during processing. Luminy® D070, when combined with PLA homopolymers, will yield a compound that combines good heat resistance with excellent mechanical properties and a reduced processing cycle time.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® D120 is a high heat, medium viscosity, PLA homopolymer suitable for full stereocomplex PLA. The typical ratios are 35-50% Luminy® D120 combined with PLLA homopolymers.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® L105 is a high heat, high flow PLA homopolymer suitable for thin wall injection molding and fiber spinning. Compared to standard PLA, these PLA homopolymers have higher melting points and an increased rate of crystallization. As a result, compounds containing PLA homopolymers are suitable for the production of semi-crystalline parts, which exhibit a higher temperature resistance.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® L130 is a high heat, medium flow PLA homopolymer suitable for injection molding and fiber spinning. Compared to standard PLA, these PLA homopolymers have higher melting points and an increased rate of crystallization. As a result, compounds containing PLA homopolymers are suitable for the production of semi-crystalline parts, which exhibit a higher temperature resistance.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® L175 is a high heat, high viscosity, PLA homopolymer suitable for film extrusion, thermoforming or fiber spinning. Compared to standard PLA, these PLA homopolymers have higher melting points and an increased rate of crystallization. As a result, compounds containing PLA homopolymers are suitable for the production of semicrystalline parts, which exhibit a higher temperature resistance.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® LX175 is a high viscosity, low flow, amorphous, transparent PLA resin suitable for film extrusion, thermoforming or fiber spinning.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® LX530 is a medium flow, fiber-grade resin suitable for staple fiber or spunbond applications.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® LX575 is a high heat, high viscosity resin that can be used in (film) extrusion processes.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® LX930 is a medium viscosity, medium flow, fiber-grade PLA that can be used as low melting component in sheath-core configurations.

PLA is a biobased polymer derived from natural resources and offers a significant reduction in carbon footprint compared to oil-based plastics. Luminy® LX975 is a high viscosity resin suitable for use as a heat-seal layer in film applications or as a low melting component in sheath-core configurations.

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

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

PLA is a thermoplastic polyester produced using annually renewable biomass like corn, sugar beet, or sugarcane. Depending on the geographical area of production, the resources used may be certified GMO free. Properties - 100% biobased - Biodegradable and industrially compostable - Rigid and brittle - Transparent - Food safe Applications Process: - Injection moulding and blowing - Thermoforming - Flat extrusion die or cast - Extrusion of profiles Markets: - Rigid packaging: containers, trays, bottles - Flexible packaging: film - Regular consumption goods - Non-woven or textile fibre

Polyvel's CM-L01 masterbatch decreases PLA film's high coefficient of friction and therefore reduces or eliminates adhesion between other film or metal surfaces during production. Benefits of CM-L01 include: - No fillers used - PLA (polylactic acid) carrier. No dilution of PLA sheet material - Excellent dispersion in film and sheet - Convenient use: mix CM-L01 pellets with PLA pellets or feed separately - Can improve extrusion throughput Custom formulating is available on request for other additives in PLA. Used in: Film Function: Slip, Release

Polyvel's CN-L01 masterbatch is used to initiate PLA cell formation in gas-injected, low density, polylactic acid foam extrusion. Benefits of CN-L01 include: - PLA, polylactic acid carrier does not PLA foam - Excellent dispersion for optimum nucleation - Convenient use: mix CN-L01 pellets with PLA pellets or feed separately - FDA approved materials for food contact applications Custom formulating is available on request for other additives in PLA. Used in: Foam Function: Nucleation

Polyvel's CN-L03 masterbatch is a 10% active product designed to improve the clarity of PLA film, extruded, and injection molded parts. Custom formulating is available on request for other additives in PLA. Used in: Film, Molding, and Extrusion Function: Nucleation

CP-L01 is a multipurpose masterbatch designed to improve toughness, impact, and processing of PLA sheet. Clarity is maintained and the product has FDA food contact approval. CP-L01 was developed to improve the cutting and trimming of PLA sheet, while maintaining processing parameters. Do not dry CP-L01, it could negatively affect the efficiency of the masterbatch. Custom formulating is available on request for other additives in PLA. Used in: Sheet Function: Plasticizer, Process Aid, Impact, Clear

Polyvel's CT-L02 masterbatch is an effective way to increase the melt strength of PLA without adding a large amount of cost to your finished product. In addition to increasing melt strength, CT-L02 will raise the impact strength of your final product. Custom formulating is available on request for other additives in PLA. Used in: Film Function: Melt Strength, Impact

Polyvel's CT-L03 masterbatch is a 30% active compound that effectively increases the melt strength of PLA while maintaining food contact approval. CT-L03 is a dry, powderless pellet that is easy to dose and feed. Custom formulating is available on request for other additives in PLA. Used in: Film, Foam, Molding Function: Melt Strength

HD-L01 was developed to improve the impact toughness of polylactic acid (PLA). It is recommended for use in opaque applications where transparency is not an issue. Typical use levels range from 5.0 - 10.0% (by weight) and the additive can be processed in the same conditions as PLA resin, as PLA is the carrier for this system. Typical benefits of using HD-L01 are: - Excellent dispersion - Convenient use: mix HD-L01 pellets with PLA pellets or feed separately - Dry, easy to handle pellet form Custom formulating is available on request for other additives in PLA. Used in: Film, Molding, and Extrusion Function: Impact, Opaque

Polyve's HD-L02 is an impact modifier masterbatch for PLA that increase the physical properties of PLA while maintaining clarity. Furthermore, the raw materials in this masterbatch are approved for food contact applications. Custom formulating is available on request for other additives in PLA. Used in: Film, Molding, and Extrusion Function: Impact, Opaque

Polyvel's PE-L01 masterbatch was designed to give PLA film and extruded sheet a matte finish by de-glossing the surface. The masterbatch is effective at low letdowns while maintain FDA food contact approval. Custom formulating is available on request for other additives in PLA. Used in: Film, Molding, and Extrusion Function: Matte Finish

Polyvel's VB-L01 masterbatch contains a small particle antiblock agent in a PLA carrier. VB-L01 is optimized for maximum antiblock and clarity of blown and cast film. The masterbatch is FDA compliant for food contact applications. Custom formulating is available on request for other additives in PLA. Used in: Film, Molding, and Extrusion Function: Antiblock

Homo PLA: general purpose PLA blends based on monomers from Purac offer: - Heat resistance up to 120°C (HDT B) - Good processing economics - Impact resistance comparable to ABS - Biobased content - Multiple end-of-life options - Existing commercial availability Blend A: the key driver behind this improvement are PLLA homopolymers that have been nucleated with a small amount of PDLA homopolymers and a traditional nucleant (see blend A in the table below for more details). The increased heat performance of blend A was obtained without adding significant amounts of filler.

Homo PLA: improved modulus PLA blends based on monomers from Purac offer: - Heat resistance up to 120°C (HDT B) - Good processing economics - Impact resistance comparable to ABS - Biobased content - Multiple end-of-life options - Existing commercial availability Blend B: to achieve a higher modulus, and an even higher temperature resistance, talc was added to blend A (see blend B in the table below).