All OrthoLite Cirql articles
-
Article
OrthoLite Cirql unveils new biodegradable midsole technology at ISPO Munich
Cirql Zero offers complete biodegradability and scalability and aims to reshape sustainability standards in the footwear industry.
-
Article
Cirql launches fully recyclable midsole made from 30% recycled TPU
US-based insole specialist OrthoLite, the company behind Cirql, a provider of sustainable material solutions for the global footwear industry, has launched a new midsole foam called Cirql rTPU30. According to Cirql, the patented innovation consists of 30 percent recycled TPU material and is manufactured through a chemical-free, supercritical foaming process. ...
-
Sponsored
A circular solution for the footwear industry
Discover the world’s first biodegradable and industrially compostable comfort and performance foam technology for footwear
-
News briefs
New executive appointments at OrthoLite Cirql
Source: OrthoLite Matt Thwaites Performance footwear insoles company OrthoLite has announced Matt Thwaites as its new Vice President and General Manager of OrthoLite Cirql, the footwear solution that enables circularity for brands and factories. Thwaites brings more than two decades of experience in sales and operations in ...
-
News briefs
OrthoLite further strengthens its Cirql business
OrthoLite, the U.S.-based insole specialist, has appointed Marc Kronenberg as development and commercialization director for its Cirql business. OrthoLite Cirql is a patented foam technology that is plastics-free, recyclable, biodegradable and industrially compostable. It is meant as an alternative to conventional plastics, providing footwear brands and their factory partners with ...
-
Article
OrthoLite launches fully compostable midsole foam Cirql
Insole specialist OrthoLite and Vietnam-based material solutions company Cirql have launched a plant-based biopolymer foam that is EVA plastic-free, recyclable, compostable and comes with an end-of-life solution. The new OrthoLite Cirql sole offerings have their own website and claim to be the critical solution for true circularity within the footwear ...