We supply Biodegradable Bin Liners as they break down faster than standard plastic. Our Bin Liners are also 50% recycled plastic.
When single use plastic is used we are trying to promote as much recycled plastic as possible and alternatives that have innovation can help reduce the impacts.
The simple upshot of why biodegradable over normal is; it breaks down up to 90% faster which waste accumulation in our landfills, they break down in the managed life of a landfill allowing for the collection of the methane created while biodegraded, they don't fragment into microplastics.
We supply these Bin Liners in 6 Sizes:
10 Litres
Colour: White
Roll of 100 bags
Carton of 20 rolls
Thickness: 12 micron
37wx51h cm, no handles
Made with 50% post-industrial recycled plastic
27 Litres
Colour: White
Roll of 50 bags
Carton of 20 rolls
Thickness: 12 micron
51w x 70h cm + handles
Made with 50% post-industrial recycled plastic
36 Litres
Colour: White
Roll of 25 bags
Carton of 20 rolls
Thickness: 12 micron
58w x 70h cm + handles
Made with 50% post-industrial recycled plastic
75 Litres
Colour: White
Roll of 10 bags
Carton of 25 rolls
Thickness: 12 micron
76w x 90h cm, No handles
Made with 50% post-industrial recycled plastic
120 Litres
Colour: White
Roll of 20 bags
Carton of 10 rolls
Thickness: 12 micron
92w x 118h cm, No handles
Made with 100% post-industrial recycled plastic
240 Litres
Colour: White
Roll of 10 bags
Carton of 10 rolls
Thickness: 12 micron
140w x 145h cm, No handles
Made with 99% post-industrial recycled plastic
A few details
Biodegrades 90%+ faster than conventional plastics, biodegrading under typical landfill environmental conditions (much faster than traditional plastics which take hundreds of years to biodegrade)
The methane produced from accelerated landfill-biodegradable plastics can be captured within the time frame the landfill is actively managed, rather than being released into the atmosphere over hundreds of years after the landfill has closed and stopped being managed. This captured methane can be used for fuel and energy production
Biodegradation of plastic is achieved by enabling microorganisms to metabolize (i.e. break down) the molecular structure of the plastic, which produces a humus-like material (organic matter) which is a natural plant fertiliser and a biogas.
Do not fragment into microplastics during biodegradation
