Our viscoses

and other alternative materials

The choice of our viscose

Because we are committed to choosing and offering environmentally friendly materials, we have been using 100% TPR (Always More Responsible) viscose since 2019. Carefully chosen and paying attention to the origin of the material, we ensure that its production is as eco-responsible as possible.

Our viscose meets specific criteria: from certified and sustainably managed resources, certified and from carefully selected viscose producers.

Our viscoses

from certified and sustainably managed resources

OUR COMMITMENTS TO PRESERVING THE ENVIRONMENT

By using viscose from certified and sustainably managed resources, we ensure that its production is made from controlled and responsibly harvested resources.

100% of our viscose comes from certified and sustainably managed resources.

Our viscoses

labeled LENZING™ ECOVERO™

OUR COMMITMENTS TO PRESERVE THE ENVIRONMENT & REDUCE OUR IMPACT ON CLIMATE DISRUPTION

Viscose with the LENZING™ ECOVERO™ label guarantees that production is environmentally friendly, made from controlled and responsibly harvested resources. Its water consumption and carbon emissions are reduced by half compared to conventional viscose.

OUR COMMITMENTS TO A CIRCULAR ECONOMY

The production of LENZING™ ECOVERO™ labeled viscose guarantees that the solvents used in its design are recycled and then reused in a closed loop.

The choice of our other artificial materials

The choice to offer environmentally friendly materials such as lyocell is an integral part of our DNA.

Each of our artificial materials are carefully selected, from certified, sustainably managed or recycled resources.

OUR

TENCEL™ Lyocell

OUR COMMITMENTS TO PRESERVING THE ENVIRONMENT

TENCEL™ Lyocell is a textile fiber created from controlled and responsibly sourced resources. This fiber is also biodegradable and compostable under certain conditions.

REDUCING OUR IMPACT ON CLIMATE DISRUPTION

During its design, TENCEL™ Lyocell is produced using innovative production methods, including the use of renewable energy sources and new technologies.

OUR COMMITMENTS TO A CIRCULAR ECONOMY

The manufacturing process for SeaCell™ labeled lyocell is environmentally friendly. The solvents used in its design are recycled and then reused in a closed loop.

OUR

NAIA™ bio-based acetate

OUR COMMITMENTS TO PRESERVING THE ENVIRONMENT
NAIA™ Bio-Based Acetate is a textile fiber created from controlled and responsibly sourced resources. This fiber is also biodegradable and compostable.

REDUCING OUR IMPACT ON CLIMATE DISRUPTION

The manufacturing process for NAIA™ bio-based acetate is optimized, allowing for a reduced impact on climate change.

OUR COMMITMENTS TO A CIRCULAR ECONOMY

The solvents used in the design of NAIA™ bio-based acetate are recycled and then reused in a closed loop.

100% of our acetates are Naia™ bio-sourced acetate. This is a material that we particularly appreciate for its TPR characteristics and its beautiful drape once the piece is assembled.

The choice of our TPR synthetic materials

We do our best to limit our impact on the environment, and ensure that our materials are as eco-friendly as possible. We take care to choose recycled or bio-sourced polyesters and polyamides. And between us, our goal is to use as little as possible.

Our polyamides and polyesters

recycled and GRS certified

PEOPLE AT THE HEART OF OUR DECISIONS
The well-being, safety and working conditions of all workers involved in the design of our product are our priority. The GRS (Global Recycled Standard) certification ensures that all of these elements are verified.

OUR COMMITMENTS TO PRESERVING THE ENVIRONMENT

Each recycling step is intended to be environmentally friendly. This certification ensures the control of wastewater as well as responsible management of waste and chemicals.

OUR COMMITMENTS TO A CIRCULAR ECONOMY AND TO FIGHT AGAINST CLIMATE DISRUPTION

Recycled and GRS certified polyester has a low environmental impact compared to virgin polyester. In addition, this certification ensures responsible energy consumption throughout the manufacturing process of the material.