In 2026, the green transformation of the textile industry continues to deepen, and the environmental management of manufacturing becomes standardized. The shortcomings of traditional adhesive bonding processes, such as pollution, degumming and poor washing resistance, have prompted upstream and downstream enterprises to adopt new environmentally friendly bonding materials. In this context, hot-melt monofilament is widely used in industrial textile processing due to its green, additive-free, physical bonding and strong process adaptability.

Terminal products such as fly-knit shoe materials, automotive interiors and luggage webbing are actively optimizing production processes, abandoning traditional sewing and adhesive bonding, and adopting hot-press integral forming technology. Hot-melt monofilament can be well adapted to new weaving equipment, mixed and woven with conventional yarns, and achieve stable bonding through hot pressing, which simplifies production procedures and reduces pollutant emissions.

With the upgrading of processes, downstream manufacturers have stricter quality control. They focus not only on bonding effect, but also on the melting point stability, wire diameter uniformity, weather resistance and washing resistance of hot-melt monofilament. Jiangsu Dixiang New Materials Technology Co., Ltd. focuses on deep processing of special fibers. With mature production technology and professional test lines, it can match suitable hot-melt monofilament products according to customers’ equipment conditions, and provide customized sample testing and process commissioning services to support the green process upgrading of manufacturing enterprises.

In the green iteration of the textile industry, hot-melt monofilament is gradually replacing traditional adhesive auxiliaries, becoming a core supporting material for adhesive-free weaving and integral forming processes, and boosting the low-carbon and refined development of textile manufacturing.

Website: http://www.dixiangxcl.com

Contact: Xia Rong, Tel: 13961439209 / 18051190839, Email: 478002522@qq.com