MATERIAL
Mat waste shredding
The diverse material composition of mattresses poses a significant challenge for shredding and recycling, often leading to their disposal rather than profitable repurposing. Our advanced shredding solutions are meticulously crafted to address this complexity, providing powerful and tailored methods to efficiently tackle the unique task of mattress recycling.
Find the right shredder
FIND THE RIGHT SHREDDER
Our shredders for mat waste
Input materials
INPUT MATERIALS
Which types of wood waste can be shredded?
SHREDDING OF MAT WASTE
Specific characteristics and challenges
Shredding mattresses, especially sprung ones with diverse material structures and steel content, presents a formidable challenge. Despite this, there’s a lucrative opportunity in recycling the individual components. Beyond the valuable steel, shredded foams and covers prove to be excellent alternative fuels in subsequent processes.
Unfortunately, without proper recycling, mattresses often find their way into bulky waste, leading to costly permanent disposal in landfills. This results in the loss of tons of precious raw materials that could otherwise be efficiently recycled in designated processing plants.
Efficient solution for the single-phase shredding of mattresses
In the realm of mattress disposal, our cutting-edge solution revolutionizes the single-phase shredding process. Tackling the complexities of varied material structures, particularly in sprung mattresses, our technology offers unparalleled efficiency. Not only does it effortlessly handle the challenge posed by steel content, but it also transforms shredded foams and covers into valuable alternative fuels.
By embracing this innovative approach, we break away from the conventional disposal route, where mattresses often end up in bulky waste, incurring permanent and costly landfill expenses. Our efficient solution not only ensures responsible waste management but also unlocks the potential for valuable raw materials to be recycled, contributing to a more sustainable and environmentally conscious future.