Anti-Stress Double Duvets

Specifications:

  • Material: Polycotton fabric, containing 99.4% polyester and 0.6% carbon fibers.
  • Weave Density: 70 threads.
  • Filling: 400 gr/m² special polyester fiber filling.
  • Size: 195×215 cm.
  • Washing Instructions: Can be washed at 40 degrees, do not bleach, tumble dry, iron, or dry clean.

Benefits:

  • Reduces Static Electricity: The carbon fibers in the fabric help to reduce static electricity accumulated in the body, leading to more restful and refreshed mornings.
  • Comfort: Lightweight and soft filling provides a comfortable sleeping experience.
  • Easy Cleaning: Machine washable and does not require bleaching.
  • Customizable: The quilt’s dimensions, filling material, and weave density can be customized according to the user’s preference.

Gold Series Nano Gel Double Duvets

Specifications:

  • Material: 100% high-quality cotton fabric, soft and durable.
  • Filling: Nano gel fiber filling.
  • Size: 195×215 cm.
  • Washing Instructions: Can be washed at 40 degrees, low heat drying, no ironing required, can be dry cleaned.

Benefits:

  • Softness and Comfort: Nano gel fibers provide extra softness and comfort.
  • Heat Distribution: Nano gel fibers distribute heat evenly, ensuring an ideal temperature during sleep.
  • Lightweight: Nano gel fibers make the quilt lightweight and easy to use.
  • Easy Cleaning: Machine washable and quick-drying, offering hygienic and practical use.
  • Customizable: The quilt’s dimensions, filling material, and other features can be customized according to the user’s preference.

Gold Series Nano Gel Single Duvets

Technical Specifications:

  • Dimensions: 155×215 cm
  • Nano Gel Filling Technology: Nano gel is used as the filling material for the duvet. This technology keeps the duvet lightweight while providing superior thermal insulation. Nano gel filling balances body temperature, ensuring an ideal sleep environment throughout the night.
  • High Breathability: The nano gel structure increases air circulation, preventing sweating. This results in a cool and comfortable sleep experience under the duvet.
  • Lightweight and Comfortable: Compared to traditional duvets, nano gel duvets are lighter, providing comfortable sleep without burdening the body. Its lightness preserves freedom of movement during sleep.
  • Anti-Allergenic and Hygienic: Nano gel makes it difficult for bacteria and allergens to reside inside the duvet. Its anti-allergenic structure makes it ideal for sensitive skin and allergic individuals.
  • Durable and Long-Lasting: Nano gel filling does not flatten over time and retains its form for a long period. This ensures the duvet maintains its performance for years.
  • Easy Maintenance: Nano gel duvets are machine washable. They dry quickly after washing and do not lose their shape.
  • Usage Areas: Bedrooms, hotel rooms, luxury accommodations, and special bedding collections.

Washing Instructions:

  • Washing: Wash by hand or in a washing machine with plenty of water at 30 degrees.
  • Attention: Do not leave wet and do not use bleach.
  • Colors: Keep dark colors separate during washing.
  • Drying: Can be dried in a tumble dryer at a low speed.

Silicone Double Duvets

Specifications:

  • Material: 100% cotton or polyester fabric, soft and durable.
  • Filling: 350 gr/m² silicone fiber filling.
  • Size: 195×215 cm (other sizes available).
  • Washing Instructions: Can be washed at 30 degrees, low heat drying, no ironing required, can be dry cleaned.

Benefits:

  • Softness and Comfort: Silicone fiber filling provides extra softness and comfort.
  • Heat Insulation: Silicone fibers distribute heat evenly, ensuring an ideal temperature during sleep.
  • Lightweight: Silicone fibers make the quilt lightweight and easy to use.
  • Easy Cleaning: Machine washable and quick-drying, offering hygienic and practical use.
  • Hypoallergenic: Silicone fibers have hypoallergenic properties, preventing allergies.
  • Customizable: The quilt’s dimensions, filling material, and other features can be customized according to the user’s preference.