Who we are
Mission
In these days and age dominated by the throwaway economy, our mission is to provide our customers with a product expressively engineered for the creation of high quality and durable elastic garments designed to stay in their lives for long and to convey a lasting sense of well-being and comfort. This is why XLANCE® fiber can be seen as a better and more sustainable alternative to spandex (TPU). From workwear to beachwear: XLANCE® technology is so innovative and versatile it boasts countless possible applications.
Our story
2003–2010
Dow Chemical Company invents a new polyolefin fiber and launches it on the textile market naming it XLA.
2011
Our history begins: XLANCE® is established and takes over Dow Chemical division devoted to the production of XLA and the related licensed technology and patents.
2017
XLANCE® is taken over by the current owners. New relevant investments are made into R&D so as to develop new marketing strategies.
2020
Several new, last generation spinning lines are set up. XLANCE® opens a branch office in Shanghai.
Where we are
What makes our Company different
Certifications & Corporate policy
We are committed to operate in compliance with high standards of quality and service, respecting our environment and safeguarding our staff’s health.
R&D capabilities
We operate every day in order to continuously improve our products and services and to develop bespoke solutions to satisfy our customers’ requirements.
Stretching & sustainable future
We are proud to say we can boast one of the lowest environmental impacts along the textile supply chain and that we pay special attention to promoting a circular economy model.
Press release
Transforming bio-circular waste into yarn
Textile Technology
ColorLock: An Innovative Fabric that Protects Swimwear from Chlorine and Fading
pinecrestfabrics.com
Original EOL New Generation Elastic Fiber
texleader.com.cn
Xlance® has found its way into the Turkish market with sustainable stretch yarn
Tekstil Teknoloji
Seeking Sustainable Stretch
Textile Insight
Enhancing the recyclability of stretch garments
Textile Technology