PEL-FL-297 is an LDPE film grade of PolyEarthylene with a biobased content of about 30%. It is designed as a shrink film meant to be processed with PEL-FZ-299. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material is approximately 1-3 years.

This is a Bio-based, film grade of PolyEarthylene tailored specifically for film applications. All data presented has been analyzed in accordance with ASTM standards. This material has been tested to be FDA Title-21 Food Contact Compliant, BPA-free, phthalate free, and PFAS free. The biodegradation timeline for this material in film form is approximately 1-3 years.

PEL-FZ-282 is a LLDPE film grade of PolyEarthylene with a minimum biobased content of 63%. It is specially designed for film applications requiring enhanced clarity in comparison to PEL-FZ-196. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material in film form is approximately 1-3 years.

This is a Bio-based, film grade of PolyEarthylene tailored specifically for film applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material in film form is approximately 1-3 years.

PEL-FZ-311 is an LLDPE film grade of PolyEarthylene with a minimum biobased content of 45%. It is specifically designed for film applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material in film form is approximately 1-3 years.

PEL-IH-314 is an HDPE grade of PolyEarthylene is biodegradable and recyclable resin containing more than 30% biobased content and is intended for injection molding applications. All data presented has been analyzed in accordance with ASTM standards.

This LDPE grade of PolyEarthylene is biodegradable and recyclable resin containing more than 50% biobased content and is intended for injection molding applications and roto molding. All data presented has been analyzed in accordance with ASTM standards.

This grade of PolyEarthylene is biodegradable, containing more than 50% biobased content and is intended for injection molding applications requiring high strength and durability. This material is FDA Title-21 Food Contact Compliant. All data presented has been analyzed in accordance with ASTM standards. The biodegradation timeline for this material is approximately 3-5 years.

This is a Bio-based, extrusion grade of PolyEarthylene tailored specifically for sheet extrusion and extrusion blow molding applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material is approximately 3-5 years.

PEL-TH-175 is an HDPE Bio-based, thermoforming grade of PolyEarthylene with a minimum bio-based content of 65%. It is tailored specifically for thermoforming and sheet extrusion applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title 21 Food Contact Compliant. The biodegradation timeline for this material is approximately 3-5 years.

This is a biobased, extrusion grade of PolyEarthylene tailored specifically for thermoforming, sheet extrusion, and extrusion blow molding applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title-21 Food Contact Compliant. The biodegradation timeline for this material is approximately 3-5 years.

PEL-TH-312 is an HDPE-based grade of PolyEarthylene with a minimum biobased content of 65%. It is designed for blow molding bottle applications. All data presented has been analyzed in accordance with ASTM standards. This material is FDA Title 21 Food Contact Compliant. The biodegradation timeline for this material is approximately 3-5 years.