Romance Kosugi Blanket Single Winter [Approx. 2.5kg volume! Original design!] Made in Japan 140 x 200cm Goat Navy 100% fluffy acrylic Approx. 2.5kg Gabbeh pattern Thick Izumiotsu Antistatic material Acrylic Heavy blanket Stylish Thick Heavy Winter Winter use Stylish Gabbeh Gabbeh
$99,999.00
This is an exclusive original design with a stylish Gabbeh pattern. It features a high-end domestic acrylic blanket, known for its luxurious quality. The nap portion that touches the skin uses acrylic fiber, which provides significantly better heat retention and durability compared to polyester materials, allowing for prolonged use. Additionally, this is a “double-layered” blanket, crafted by sewing two blanket fabrics together. The air layer formed between the fabrics traps warmth, enhancing the insulation effect for even greater heat retention. It comes with a collar to prevent cold air from entering, keeping the neck warm. Weighing approximately 2.5 kg, it is slightly heavier than standard blankets, making it ideal for those who prefer a voluminous feel or are sensitive to cold. It incorporates Toray’s conductive material LuanaR, which helps reduce unpleasant static electricity.
【Size】Approximately 140×200 cm with quilting tolerance of +5% to -3%
【Composition】Pile yarn (nap portion): 100% acrylic, Ground yarn: 100% polyester
【Product weight】Approximately 2.5 kg
【Country of manufacture】Made in Japan
【Care instructions】During home washing, friction during tumble drying may cause nap to fluff or pill, so avoid using a rotary dryer. Friction during use or washing may cause nap to fall out. If the nap becomes tangled, gently brush it. If pilling occurs, maintain it with a pill cutter.
【Important notice】When washing, always check the information on the tags before proceeding. A double-layered blanket is created by layering two fabrics into one blanket, not a set of two blankets. Efforts are made to match the actual color as closely as possible, but the color may appear different depending on the terminal or browser used. The weight is approximate, and there may be slight individual differences.
