Hisun PLA---REVODE110 is a thermoplastic resin derived from annually renewable resources and is specifically designed for sheet extrusion applications.

Hisun PLA---REVODE190 is a thermoplastic resin derived from annually renewable resources

Hisun Biomaterials PLA polymer REVODE201 is a thermoplastic resin derived from annually renewable resources and is specifically designed for injection molding applications. Many products can be produced from REVODE201, such as transparent or opaque tableware, stationary, toys, gardening tools, outdoor products and etc. The application field of this resin is extended gradually.

Hisun PLA---REVODE210 is a thermoplastic resin derived from annually renewable resources and is specifically designed for injection molding applications.

Standard Nucleator - Glass Fiber - 88% Renewable Resource Content

Standard Nucleator - Glass Fiber - 78% Renewable Resource Content

Standard Nucleator - Glass Fiber - 68% Renewable Resource Content

Standard Nucleator - Glass Fiber - 58% Renewable Resource Content

Impact Modified - Transparent - 94% Bio - Content

Impact Modified - Transparent - 89% Renewable Resource Content

Impact Modified - Transparent - 84% Renewable Resource Content

Impact Modified - Transparent - 79%Renewable Resource Content

Impact Modified - Mineral - Fast Cycle Nucleator - 78% Renewable Resource Content

Impact Modified - Mineral - Fast-Cycle Nucleator - 68% Renewable Resource Content

Impact Modified - Mineral - Standard Nucleator - 78% Renewable Resource Content

Impact Modified - Mineral - Standard Nucleator - 68% Renewable Resource Content

Impact Modified - Mineral - Fast-Cycle Nucleator - 73% Renewable Resource Content

Impact Modified - Mineral - Fast-Cycle Nucleator - 53% Renewable Resource Content

FDA Compliant Ingredients - Impact Modified - Transparent - 89% Renewable Resource Content

Fast-Cycle Nucleator - Glass Fiber - 88% Renewable Resource Content

Fast-Cycle Nucleator - Glass Fiber - 78% Renewable Resource Content

Fast-Cycle Nucleator - Glass Fiber - 68% Renewable Resource Content

Fast-Cycle Nucleator - Glass Fiber - 59% Renewable Resource Content

Impact Modified - FDA Compliant Ingredients - 79% Renewable Resource Content

Impact Modified - 94% Renewable Resource Content

Impact Modified - 89% Renewable Resource Content

Impact Modified - 84% Renewable Resource Content

Impact Modified - 79% Renewable Resource Content

PLA ALLOY - Flame Retardant - Halogen Free - 20% Renewable Resource Content - Additional 45% Post Consumer Content

Spectabio L grades are developed for rigid injection molded applications with a moderate to thick wallthickness. Spectabio LB30MB is reinforced with up to 30 w.-% bamboo or other natural fibers. Parts molded with Spectabio L grades have a sturdy look & feel. The compound is biodegradable in controlled conditions. - injection molding grade - biopolymer compound - can be blended with bamboo powder (B), rice husk (R), coffee husk (C), wheat straw (W) and wood powder (H) - high rigidity - can be crystallized/annealed to be heatstable up to 80°C - biodegradable in controlled conditions (e.g. industrial compost) according to DIN EN 13432 / ASTM D6400 - food contact safe - look and feel close to clay - global availability Spectabio LB30MB is a modified PLA-blend. The grade is significantly enhanced with a blend of natural fibers. Spectabio LB30MB is suitable for a post-process annealing. Spectabio LB30MB is compostable/biodegradable (microbial and enzymatic degradation) in the targeted disposal environment; the grade is designed to be biodegradable in controlled (e.g. industrial compost facilities). Spectabio LB grades offer a significant reduction in carbon footprint compared to traditional fossil-based plastics. The grades exhibit good strength and stiffness properties as well as a medium flow combined with improved elongation values. An increased rate of crystallization allows an annealing to a heat-stable temperature of up to 80 °C (HDT-B). Part wall-thickness shall be greater than 2.5 mm.

Star Resin's Biopolymer Film Resin PLA/PBAT is a compostable resin manufactured from partially bio-based materials using a reactive extrusion process. This resin is composed of materials that meet the ASTM 6400 compostability standards.

TRANSMARE® BIO-18LANF10-0.001 is a 10% bamboo fiber reinforced PLA based biopolymer.

TRANSMARE® BIO-18LANF20-0.001 is a 20% bamboo fiber reinforced PLA based biopolymer. It combines a very high stiffness with good flow.

TRANSMARE® BIO 35LA-0.001 is a PLA INGEO™ based biopolymer with good flow.

TRANSMARE® BIO-35LANF30-0.101 is a 30% BF-K100 bamboo fiber reinforced PLA based biopolymer. It combines a very high stiffness with good flow.

TRANSMARE® BIO 35MI-10-0.001 is a PLA INGEO™ based impact modified biopolymer with good flow and impact properties.

TRANSMARE® BIO 35MI-10NF30-0.001 is a 30% bamboo reinforced PLA INGEO™ based impact modified biopolymer with high stiffness, good flow and impact properties.

TRANSMARE® BIO 6LA-3CE00 is a chain extended PLA INGEO™ based biopolymer.

- TRANSMARE® BIO M106 is a non-transparent granulate based on modified polylactic acid - Good oxidation-, colour- and molecular weight stability in the melt - Biodegradable,/Compostable: TRANSMARE® BIO M106 is based on materials that are certified according to DIN EN 13432:2000-12 and ASTM D 6400:1999 - Predominantly based on renewable raw materials - TRANSMARE® BIO M106 can be provided in custom colours

Trifilon Switch2099 is a natural fibers reinforced biobased aliphatic polyester (PLA), designed for injection moulding. This biocomposite has up to 70% biobased content and is a sustainable replacement for variety of conventional plastic applications.