The synthetic fiber market continues to grow, and environmental protection technology has become the focus of development In recent years, the global demand for synthetic fiber market has shown a stea
Read More1. Technical breakthroughs in high-performance Synthetic Fiber (1) Super strong mechanical properties and lightweightTraditional Synthetic Fibers such as nylon and polyester have been widely used in e
Read MoreAs consumers' requirements for comfort and functionality of textiles continue to increase, how to provide higher comfort while meeting aesthetics has become one of the core challenges of the modern te
Read MoreIn environments where high temperatures and fire threats are frequent, the selection of fireproof materials is particularly important. Whether it is industrial production, building facilities, or othe
Read MoreIn the field of modern textiles, comfort is undoubtedly one of the most important factors for consumers when choosing clothing and home textile products. Whether it is clothing for daily wear or fabri
Read MoreAs the consumer market's demand for high-end textiles continues to grow, consumers have increasingly stringent requirements for product durability. Especially in high-end clothing, bedding and other p
Read More1. Recycling and reuse: reducing environmental burdenUnlike many non-degradable or difficult to recycle materials, staple fiber polyamide staple fiber raw has good recyclability. The waste generated d
Read More1. Flexibility: an advantage over traditional materialsThe flexibility of high-strength industrial silk is one of its most outstanding features. Compared with many traditional high-strength materials,
Read More1. The impact of ultraviolet rays on textilesThe impact of ultraviolet rays on textiles is particularly significant when they are exposed to outdoor environments for a long time. Ultraviolet radiation
Read More1. The dilemma of traditional waste treatment: waste of resources and environmental pollutionIn traditional waste treatment methods, many wastes are eventually landfilled or incinerated, resulting in
Read More1. Complete recycling: Solving the resource dilemmaTraditionally, the recycling of waste polyester materials mainly relies on physical methods, such as mechanical crushing, cleaning and melting, but t
Read More1. Raw material utilization: abandon high energy consumption links and save energy from the sourceThe production of traditional polyester filament starts with the exploitation of oil resources. This p
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