Material Supplier Transparency:
スカーレットレッドメリノウールのLethe Pointelleニットマキシドレス
Soft and breathable, the Lethe dress is made with the highest quality blend of virgin wool and silk. The signature lace stitch was designed to mimic insence smoke rising.
Details:
- 85% Virgin Wool (Australia), 15% Silk China GOTS certified (China).
- Dyeing/Finishing Italy
This garment was made at a family-owned factory in Émile Romagne, Italy. They are certified by ISO-9001-DNV.
This family-owned mill was founded in 1958. Today, it is powered by renewable energy, purifies its wastewater and recycles more than 90% of its waste. They’ve recently developed a system where they were able to decrease 23% of their carbon emissions. They practice the following guidelines: No Mulesing Textile and Health Association - Member Cashmere and Camel Hair Manufacturers Institute - Member ISO 14001:2015 Environmental Management System ISO 45001:2018 Occupational Health and Safety Management Systems RWS certified Organic Content Standard 100% Renewable Energy ZQ- Wool Standaed
Blended fibers take on properties of the joining counterparts to achieve uniquely desirable characteristics.
Silk is known for its luxurious drape, luster and ability to take rich color. It is the strongest natural fiber and has low density, creating light and comfortable fabric. Silk’s resilient elasticity maintains garment shape, and its smooth surface is resistant to attracting dirt. Silk keeps you cool in warm weather, and provides insulating warmth in cool weather.
Merino wool fibers are extremely fine and flexible, making lightweight yarns that are soft on skin. It is lustrous and moves with body, creating comfort and luxurious drape. Like all wool, it is a renewable fiber. It provides warmth while simultaneously transporting moisture away from the body so skin stays dry. It is naturally antimicrobial, so it resists odors and rarely needs washing. When you do wash Merino, it dries faster than standard wool. The exceptional durability of wool allows for long garment lifespan, and it can biodegrade when disposed into right soil conditions.