Garden & Rubbish Bags
Strong and durable to hold food and garden waste. BioBag bags can be disposed of in composts or green waste collections. They can be used in organic farm production and food contact applications. Manufactured from Mater-Bi; the first family of bioplastics that use vegetable components such as starch, cellulose and vegetable oils and biodegradable polymer and natural plasticizers, all crops used are non-food origin. Also some of these crops are grown to assist in remedial land recovery. To be more specific, the oils are from weed seeds grown on marginal wasteland in a European Union country and specifically no Palm oil. All grades are compostable and biodegradable during composting and include sustainable and renewable resources.
BioBag products reduce climate change gas emissions; CO2 is absorbed from the atmosphere and O2 generated during the growing phase, a positive contribution to the reduction of climate change emissions and the carbon footprint. Also saving the consumption of energy and non-renewable resources (petroleum) when compared to alternative products. BioBag’s use raw materials of agricultural origin, creating products fit for purpose; these are then returned to the soil from where they came, completing a natural, virtuous cycle; referred to as Cradle to Cradle not Cradle to Grave.
BioBag’s are certified compostable in home and commercial composts and may be placed in a green waste collection. The Mater-Bi material breaths so CO2, O2 and water vapour transmission rates are high making bags very suitable for keeping produce fresh, no sweating with food or skin contact applications. They maybe used for food contact applications with high resistance to fats, oils and acidic foods. Safe for animal feed like worm or pig farms, even sea creatures can digest BioBag’s. The decomposition rate depends on bacterial activity, the temperature and the moisture level; in hot quality compost BioBag’s will decompose much quicker than the international standards (180 days) with no polymeric or toxic residue.
Strong and durable to hold food and garden waste. BioBag bags can be disposed of in composts or green waste collections. They can be used in organic farm production and food contact applications. Manufactured from Mater-Bi; the first family of bioplastics that use vegetable components such as starch, cellulose and vegetable oils and biodegradable polymer and natural plasticizers, all crops used are non-food origin. Also some of these crops are grown to assist in remedial land recovery. To be more specific, the oils are from weed seeds grown on marginal wasteland in a European Union country and specifically no Palm oil. All grades are compostable and biodegradable during composting and include sustainable and renewable resources.
BioBag products reduce climate change gas emissions; CO2 is absorbed from the atmosphere and O2 generated during the growing phase, a positive contribution to the reduction of climate change emissions and the carbon footprint. Also saving the consumption of energy and non-renewable resources (petroleum) when compared to alternative products. BioBag’s use raw materials of agricultural origin, creating products fit for purpose; these are then returned to the soil from where they came, completing a natural, virtuous cycle; referred to as Cradle to Cradle not Cradle to Grave.
BioBag’s are certified compostable in home and commercial composts and may be placed in a green waste collection. The Mater-Bi material breaths so CO2, O2 and water vapour transmission rates are high making bags very suitable for keeping produce fresh, no sweating with food or skin contact applications. They maybe used for food contact applications with high resistance to fats, oils and acidic foods. Safe for animal feed like worm or pig farms, even sea creatures can digest BioBag’s. The decomposition rate depends on bacterial activity, the temperature and the moisture level; in hot quality compost BioBag’s will decompose much quicker than the international standards (180 days) with no polymeric or toxic residue.
