BASF
Sustainable solutions for the footwear industry
Common goal
The collaboration between MASPICA SRL, owner of the Sixton Peak brand, and BASF, the world's largest chemical company, was created to give a strong signal towards the green transition by uniting two realities of excellence.
New innovative footwear lines
Sixton Peak's new HELEVO and DIVENTURE safety footwear collections represent a big step forward in the commitment to a more sustainable future, combining innovation and respect for the environment.
100% attributed recycled content
The soles of these shoes are made of BASF's dual-density Ccycled® polyurethane with 100% attributed recycled content by using the mass balance approach. For this innovative material, recycled raw materials that originate from used tires have replaced fossil raw materials by using BASF's ChemCycling® approach.
Innovation for safety and the environment
This choice represents a turning point in the safety footwear sector. BASF supports Sixton Peak, a benchmark in Italian safety footwear, in this technological and sustainable challenge.
Quality and sustainability without compromise
Sixton Peak shoes excel not only in their materials, but also in their environmental friendliness. By adopting the ChemCycling® process, the recovery and reuse of plastic waste such as tyres for disposal is promoted, reducing the use of fossil resources. All without compromising the quality of the end product, which keeps its properties intact.
Circular economy and sustainable innovation
This partnership represents Sixton Peak and BASF's commitment to a circular economy, giving new life to plastic waste and redefining the future of safety footwear.
BASF’s ChemCycling®
Breaking new ground in plastics waste recycling
ChemCycling® helps save fossil resources and avoid emissions:
• CO2 emissions are avoided when plastic waste is chemically recycled compared to the incineration of plastic waste.
ChemCycling® turns plastic waste into virgin-grade high-performance products:
Using recycled feedstock from plastic waste in chemical production helps to replace primary fossil resources.