Composition: - 30% Oryzite 500 (rice husk) - 70% Copolymer polypropylene (PPC) and additives Biogenic Carbon: - Biogenic Carbon Content: 43% - CO2 Equivalent Captured: -1.58 kg CO2/kg of Oryzite 500 This compound is formulated using copolymer polypropylene with 30% Oryzite 500, a biobased material derived from rice husk. The inclusion of Oryzite not only reduces the plastic content in the compound but also acts as a carbon sink, contributing significantly to sustainability and the reduction of CO2 emissions. Advantages: - Reduction in plastic usage. - Improved carbon footprint due to Oryzite’s biogenic contribution. - Suitable for injection molding applications in the packaging sector.

Composition: - 30% Oryzite 500 (rice husk) - 70% Copolymer polypropylene (PPC) and additives Biogenic Carbon: - Biogenic Carbon Content: 43% - CO2 Equivalent Captured: -1.58 kg CO2/kg of Oryzite 500 This compound is formulated using copolymer polypropylene with 30% Oryzite 500, a biobased material derived from rice husk. The inclusion of Oryzite not only reduces the plastic content in the compound but also acts as a carbon sink, contributing significantly to sustainability and the reduction of CO2 emissions. Advantages: - Reduction in plastic usage. - Improved carbon footprint due to Oryzite’s biogenic contribution. - Suitable for injection molding applications in the packaging sector.

Composition: - 30% Oryzite 500 (rice husk) - 70% Homopolymer polypropylene (PPH) and additives Biogenic Carbon: - Biogenic Carbon Content: 43% - CO2 Equivalent Captured: -1.58 kg CO2/kg of Oryzite 500 This compound is formulated using copolymer polypropylene with 30% Oryzite 500, a biobased material derived from rice husk. The inclusion of Oryzite not only reduces the plastic content in the compound but also acts as a carbon sink, contributing significantly to sustainability and the reduction of CO2 emissions. Advantages: - Reduction in plastic usage. - Improved carbon footprint due to Oryzite’s biogenic contribution. - Suitable for injection molding applications in the packaging sector.

Composition: - 30% Oryzite 500 (rice husk) - 70% Homopolymer polypropylene (PPH) and additives Biogenic Carbon: - Biogenic Carbon Content: 43% - CO2 Equivalent Captured: -1.58 kg CO2/kg of Oryzite 500 This compound is formulated using copolymer polypropylene with 30% Oryzite 500, a biobased material derived from rice husk. The inclusion of Oryzite not only reduces the plastic content in the compound but also acts as a carbon sink, contributing significantly to sustainability and the reduction of CO2 emissions. Advantages: - Reduction in plastic usage. - Improved carbon footprint due to Oryzite’s biogenic contribution. - Suitable for injection molding applications in the packaging sector.