Circularity

SUSTAINABLE RAW MATERIALS

We are committed to using materials that respect the earth and ecosystem

By opting for recycled materials, we contribute to a circular economy, reducing waste and conserving valuable resources. In line with this, we are increasing the use of recycled raw materials such as GRS-certified recycled polyester and have set up a supply chain for inhouse recycling of metal.

Recycled polyester

TEX has pledged to be the first zipper company to move 100% of its manufacturing to recycled polyester by the year 2030. Having made our first recycled zipper in 2008, we have now successfully moved 45% of our manufacturing to R.E. Zippers. Our Re- Engineered Zipper tapes are made of 100% GRS certified recycled polyester yarn. For every 1 KG of recycled yarn, 30 post-consumer PET bottles (500ml) are removed from the ecosystem.

This further helps in making 700+ bottom zippers. Though the cost of making recycled yarn is higher than virgin yarn, we have optimised this technology and its supply chain to bring you the best possible product without compromising on quality.

TEX's Sustainable Transition Strategy

Current Progress

Represents the 45% shift recycled  materials 

TEX's

Future Goals

Envisions 100% recycled polyster manufacturing by 2030 

TEX's

Environmental Responsibility

Reflects TEX’s dedication  to eco-friendly practices 

TEX's

Production Optimization

Highlights process optimization without quality loss 

TEX's

Recycled Alloys:

TEX is pioneering as the first company to establish an in-house recycling alloy plant, enabling comprehensive control over product quality. Our metal trims boast GRS and LCA certifications, underscoring their commitment to sustainability and environmental responsibility.

Recycled Brass:

TEX has successfully established a recycling supply chain through a collaborative partnership with a reputable brass foundry. The foundry has been audited and approved by GRS. As a part of this sustainable process, brass scrap is sent to the foundry for reprocessing, resulting in reusable material ready for production.
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