The combination of the variable colors of tie-dyeing and the three-dimensional effect produced by embossing makes the colors show a looming micro-three-dimensional effect from different perspectives.

Innovative carbon capture technology, using carbon dioxide that already exists in life to make polyester raw materials, effectively reducing resource consumption and contributing to the sustainability of the earth.

Born from a desire of combining the textile technologies with sustainable materials. 

The series is made by Bio-based material of agriculture waste, and lower its dependence on fossil fuels, we are excited to offer customers the best possible range of sustainable product.

Continuing environmental sustainability issues, how to efficiently reduce carbon emissions has become an important goal of the world. 

Innovative carbon capture technology, using carbon that already exists in life to make polyester raw materials, effectively reducing resource consumption and contributing to the sustainability of the earth.

We combine biodegradable polyester with cotton, so the garment can be biodegraded totally after its life end. 

It can efficiently reduce the amount of non-compostable wastes going to our environment. Furthermore, we apply plant seed oil-based chemical in finishing to make the fabric eco-friendlier and more meaningful.

The face side of 3 layer lamination is recycled PET knitting, and the back side is  made of recycled PET, Sorona and wool material. 

Lightweight and water repellent and windproof.

Designed by Tencel and Zinc ion antibacterial yarn, it has eco-friendly, soft hand feel and antibacterial properties.

The combination of the variable colors of tie-dyeing and the three-dimensional effect produced by embossing makes the colors show a looming micro-three-dimensional effect from different perspectives.