Frequently asked questions

BioServe products are made of a sugarcane bagasse which is an environmental friendly material and plastic-free disposable tableware.

BioServe products are made of Sugarcane Bagasse, it could be a stringy by-product of sugar industry. The husk which is cleared out after the juice has been extricated from the sugarcane. It’s natural properties make it a extraordinary crude fabric for making flatware items such as bowls, plates, takeaway holders. Bagasse is additionally a idealize substitution for plastics & paper in retail bundling.

As an critical connect of the nourishment industry, we get it our ‘shared responsibility’ towards nourishment security and recognize the coordinate affiliation of nourishment serving & bundling holders with the quality and security of nourishment. All our items routinely experience thorough tests with universal compliance measures to guarantee they are nourishment secure.

BioServe products can be used in a microwave or kept in a freezer.

Our BioServe product are: · Food safe contact · Water & Oil Resistance · Non-toxic · Plastic-free · Compostable · Stackable · +120/-10 temp

Both biodegradable and compostable plastics can break down or “biodegrade” – which happens when microorganisms digest the building blocks that make up the material – but there are important differences between these two terms.

As biodegradable plastics break down over time, this means there is a large reduction in the volume of waste being created which means less waste ending up in landfill. With less wastage taking up space in landfills, the outcome is less overall waste to manage.

If bioplastics were to end up in the ocean, they would break down into tiny pieces similarly to traditional plastics. According to BBC Science Focus, biodegradable plastics take only three to six months to fully decompose, far quicker than traditional plastic that can take hundreds of years.

Plastic isn’t biodegradable and does not go absent; It’ll take hundreds of a long time for a single piece of plastic to break down, and after that it’ll turn into a perilous microplastic. Avoiding plastic could be a way better arrangement than reusing as the reusing handle too is carbon seriously.