Soil degradable polymer compound suitable for blown film applications. Certified as biodegradable soil according to EN ISO 17556. Use in applications such as mulch film.

Biodegradable and home compostable polymer compound. Certified as home compostable according to EN 13432 (at ambient temperature) with a maximum thickness of 32 µm. Suitable for blown film applications.

Biodegradable and home compostable polymer compound. Certified as home compostable according to EN 13432 (at ambient temperature) with a maximum thickness of 32 µm. The biobased carbon content (BCC) is 43 % (determined according to ISO 16620). Suitable for blown film applications.

Biodegradable and compostable polymer compound suitable for injection moulding. The biobased carbon content (BCC) is > 75 % (calculated). Certified as industrial compostable with a maximum thickness of 1.26 mm.

Biodegradable compound suitable for thermoforming and injection moulding. The biobased carbon content (BCC) is > 60 % (calculated).

Biodegradable polymer compound suitable for injection moulding. The biobased carbon content (BCC) is > 75 % (calculated).

Biodegradable and compostable polymer compound suitable for cast film and thermoforming as well as profile extrusion. Certified as compostable according to EN 13432 with a maximum thickness of 818 µm. The biobased carbon content (BCC) is >50 % (calculated). Suitable for applications such as food trays.

Biodegradable and compostable polymer compound suitable for cast film and thermoforming as well as profile extrusion. Certified as compostable according to EN 13432 with a maximum thickness of 1260 µm. The biobased carbon content (BCC) is >70 % (calculated). Suitable for applications such as food trays.

Properties of the resins - can be processed as classic thermoplasts - biodegradable - waterproof - small tendency to creep - behaves similar to LPC's in the melt, for this: -- finest surfaces -- thin walls -- microparts - free from even traces of catalysts! - highly crystalline (60 to 70%), for this: -- excellent resistance to solvents - temperature of use: -30 to 120°C - shrinkage: 1,3 %

Properties of the resins - can be processed as classic thermoplasts - biodegradable - waterproof - small tendency to creep - behaves similar to LPC's in the melt, for this: -- finest surfaces -- thin walls -- microparts - free from even traces of catalysts! - highly crystalline (60 to 70%), for this: -- excellent resistance to solvents - temperature of use: -30 to 120°C - shrinkage: 1,3 %

Properties of the resins - can be processed as classic thermoplasts - biodegradable - waterproof - small tendency to creep - behaves similar to LPC's in the melt, for this: -- finest surfaces -- thin walls -- microparts - free from even traces of catalysts! - highly crystalline (60 to 70%), for this: -- excellent resistance to solvents - temperature of use: -30 to 120°C - shrinkage: 1,3 %

Properties of the resins - can be processed as classic thermoplasts - biodegradable - waterproof - small tendency to creep - behaves similar to LPC's in the melt, for this: -- finest surfaces -- thin walls -- microparts - free from even traces of catalysts! - highly crystalline (60 to 70%), for this: -- excellent resistance to solvents - temperature of use: -30 to 120°C - shrinkage: 1,3 %

BIOPAR® FG MO is a bio-plastic resin consisting mainly of thermoplastic starch, biodegradable synthetic copolyesters and additives suitable for mono layer film blowing. The material is based on renewable sources and is completely biodegradable. Biodegradation in commercial composting plants within 2 weeks. BIOPAR® is able to process on standard film blowing equipments. Do not dry the BIOPAR FG MO before processing.

Biodegradable polymer compound suitable for blown film applications. The biobased carbon content (BCC) is > 30 % (calculated). Use in applications such as fruit bags.

Biodegradable and home compostable polymer compound suitable for blown film applications. The biobased carbon content (BCC) is > 50 % (calculated). Use in applications such as fruit bags.

Having the same technical and mechanical properties as conventional polyethylene, BSR-06® is a bio-based product engineered for blown film applications. BSR-06® has been developed as a hybrid resin with use of raw materials from agricultural resources and polyethylene. With the same elongation and tensile strength of polyethylene, BSR-06® complies with ISO14855 standards which with good biodegradability. BSR-06® will be biodegraded more than 63% with the period of 90~180 days, breaking into non-toxic grains and continue decomposing in the earth.

Developed for blown film applications, BSR-09® is a new kind of compostable resin made from renewable sources of agricultural origin. With similar technical and mechanical properties to that of conventional LDPE, BSR-09® ensures the quality of end products. BSR-09® is EN13432 certified and also complies with ASTM D6400, ISO17088:2088, GB/T20197 international standards for biodegradability. The biodegradation rate of BSR-09® will reach 99% with the period of 90~180 days, giving the right composting condition, and converts into water and carbon dioxide.

Description: Eco Solution GP1003 is certified as a biodegradable resin and meet ASTM D6400, EN13432. The processibility and toughness are greatly improved and thus can be leaded in blowing machine readily. Applications - Mulch films, agriculture films - Garbage bags, T-shirt bags, shopping bags - Heavy Duty film or bags

Biodegradable compound as from the Norm EN 13432 up to 450 Micron thickness, dedicated to extrusion process of disposables (dishes, cups,...). The material, in the original packaging, regularly stocked, is accomplishes the norms for food contact.

Fasal BIO 322 is a wood based material for injection moulding applications.

Fasal BIO 337 a wood based material for injection moulding applications.

This data represents typical values that have been calculated from all products classified as: Generic Biodeg Polymers This information is provided for comparative purposes only.

PHB and its copolymers with polyhydroxyvalerate (PHV) are melt-processable semi-crystalline thermoplastics made by biological fermentation from renewable carbohydrate feedstocks. They have been described as "the first example of a true thermoplastic from biotechnology" and are also biodegradeable. Although quite stable under everyday conditions they degrade slowly in the body and when composted or in landfill sites. [The HB monomer unit is a normal constituent of human blood.] Their chemical resistance is somewhat limited as they are attacked by acids and alkalis and dissolve in chlorinated solvents. Rather remarkably, they are optically active polymers with a chiral site in each molecular repeat unit, all of which are in the D- (or R) configuration. PHB homopolymer is a stiff and rather brittle polymer of high crystallinity, whose mechanical properties are not unlike those of polystyrene, though it is less brittle and more temperature resistant. Hence, copolymers are preferred for general purposes. It is believed that the most likely area for the application of homopolymer is in the medical/biological fields. Chemical Resistance: Acids - dilute Fair Alcohols - Fair Alkalis - Poor Greases and Oils - Good Resistance to Ultra-violet - Fair

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Hot Water Soluble - Hydropol Resin Grade 30164P Potential Applications: Mono-blown film - Garment bags - Soluble Laundry Bags - Anaerobic Digestion - Aprons/Gloves - Anti-static bags Co.ex. blown film - Multi-layer film structures - Barrier films Injection Moulding

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Warm Water Soluble - Hydropol Resin Grade 33103P Potential Applications: Co.ex. blown film - Paper Lamination - Multi-layer film structures

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Warm Water Soluble - Hydropol Resin Grade 33104P Potential Applications: Mono-blown film - Soluble Laundry Bags Co.ex. blown film - Paper Lamination - Multi-layer film structures - Barrier films

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Warm Water Soluble - Hydropol Resin Grade 33105P Potential Applications: Co.ex. blown film - Paper Lamination - Multi-layer film structures Injection Moulding

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Warm Water Soluble - Hydropol Resin Grade 33108P Potential Applications: Mono-blown film - Soluble Laundry Bags Co.ex. blown film - Paper Lamination - Multi-layer film structures

A water soluble, biodegradable material that can create a range of packaging products that are designed to eliminate plastic pollution at source Hydropol is a high strength material which offers excellent barriers to oxygen, grease, and fats. Warm Water Soluble - Hydropol Resin Grade 33212P Potential Applications: Direct extrusion coating onto paper and board Injection Moulding

JEMINI 100™ Polymer Modifier is a phthalate free, non-petroleum (organic) based heat-resistant product. This agri-derived liquid does not contribute to fuel load and enhances flame retardancy in compounds incorporating additives such as Magnesium Hydroxide and ATH. This environmentally friendly additive has a very low vapor pressure up to 280°C. JEMINI 100™ can be used as a highly efficient process aid and internal lubricant that helps reduce the physical properties lost in compounds with extraordinary high loadings of fillers which otherwise could not be processed. Applications - Non polar plastics when flammability is a concern (e.g. FR PP or PE). - High temperature processing up to 280°C. Heavily filled polymers

MAJ'ECO BN060BS is a biopolymer compound intended for injection, blow, extrusion, rotational mouldings. MAJ'ECO BN060BS has been developed especially for demanding applications in various engineering sectors. APPLICATIONS Product such as: - Boxes - Racks - Technical components - Plastic bags - Film - Extruted profiles

MAJ'ECO BT160BS is a biopolymer compound intended for injection moulding. MAJ'ECO BT160BS has been developed especially for demanding applications in various engineering sectors. APPLICATIONS Product such as: - Boxes - Racks - Technical components

MAJ'ECO BT360BS is a biopolymer compound intended for injection moulding. MAJ'ECO BT360BS has been developed especially for demanding applications in various engineering sectors. APPLICATIONS Product such as: - Boxes - Racks - Technical components

MAJ'ECO CG264BS is a glass fibre reinforced Biopolymer compound intended for injection moulding. APPLICATIONS - Electrical appliances - Technical components - Sports leisure

MAJ'ECO DEN060LA is a bio polymer material intended for injection moulding. MAJ'ECO DEN060LA has been developed especially for demanding applications in various engineering sectors. APPLICATIONS Product such as: - Boxes - Racks - Technical components

MAJ'ECO DG207BS - 8581 is a glass fibre reinforced Biopolymer compound intended for injection moulding. The product is available in grey, but other colours can be provided on request. MAJ'ECO DG207BS - 8581 has been developed especially for demanding applications in various engineering sectors. MAJ'ECO DG207BS - 8581 has high rigidity and impact strength, good dimensional stability and creep resistance. The product is UV stabilised. APPLICATIONS - Electrical appliances - Exterior parts - Technical components - Sports leisure