Tissu Derong double face très prisé pour l'automne et l'hiver | Maintien de la chaleur et régulation thermique • Haute élasticité et douceur pour la peau

Double-sided De Velvet Fabric Product Introduction
Core Selling Point: High-gram-weight Warmth Lock + High Elasticity & Skin-Friendliness, the Preferred Fabric for Autumn & Winter
This double-sided de velvet fabric, with a scientific blend of 94% Polyester + 6% Spandex, is crafted via the knit double-sided fabric process, specially designed for high-performance warmth in autumn and winter scenarios.
✨ Core Specifications
Weight: 220/270g/m² (two options available)
Width: 185cm (wide-width design for higher cutting efficiency)
🌟 Product Advantages
Warmth Locking with De Velvet Thermal Technology
The double-sided velvet structure forms a static air insulation layer. Combined with the heat-retaining properties of polyester, it effectively reduces heat loss, delivering a “light yet warm” wearing experience. It is the core fabric choice for thermal underwear and loungewear.
High Elasticity & Skin-Friendliness, Comfortable Without Restraint
The spandex component endows the fabric with excellent elasticity and recovery, fitting the body without tightness and maintaining its shape after long-term wear. The double-sided brushed process creates a soft and delicate touch, with no foreign body sensation against the skin—ideal for base layers and thermal pants.
Multi-scenario Adaptation, High Practicality
Besides thermal underwear, loungewear and leggings for autumn and winter, it can also serve as a base layer for outdoor sports, balancing warmth and breathability to meet the needs of daily home wear, commuting, light sports and other scenarios.
Compliant Quality, Ideal for Mass Production
It meets China’s textile industry standards (FZ), with eco-friendly dyeing technology for reliable color fastness and safety. The wide-width and stable gram-weight design significantly improves cutting efficiency and reduces garment loss, making it a cost-effective choice for large-scale production.