Innovative Bale Wrap For Making Animal Fodder

Bale wrap is made from corn fibres and is shredded, so it can be left on the field and is safe for both humans and cattle. After their research, they have developed biostarches and are now ready to begin production.

BioNet biopolymer, developed for farms, is a great solution. For example, it can be used for wrapping hay or silage. Developed by PhD students at Imperial College London, BioNet is an edible, plant-based wrap that can be composted and reused. The project is so promising; the students recently reached the finals of the Venture Catalyst Challenge. With the support of investors, the BioNet team could receive PS10,000 in funding for their product.

BioNet is a novel biopolymer designed for use in farms. Its main application is for wrapping hay and silage. The funding will help them develop their product.

BioNet is a high-tech silage stretch film that prevents mould growth and preserves the nutritional value of fodder. The students behind the BioNet wrap plan to commercialise it in three to five years. It is made from the best raw materials, and hope to lace it with probiotics and nutrients. A commercialised version will be ready in three to five years. This innovative technology will save you money in the long run.

The BioNet bale wrap is a new biopolymer developed by PhD students at Imperial College London. It is used in the packaging of hay and silage. It is also edible, making it a great choice for high-volume producers. There are several advantages to using it for this purpose, but the main one is that it reduces the amount of plastic waste on the farm. Aside from its nutritional value, it also helps to protect the environment.

The BioNet biopolymer is a biodegradable plastic that is edible. The biopolymer is safe for both livestock and humans. The bionet film is edible and can reduce farm waste. It is also environmentally friendly. The Wise family does not have enough space to store all of its forage output during the year. A baler wrap made of a biodegradable material has a lower carbon footprint and can be recycled.