Functional fiber

Modal Fiber

Modal fiber, also known as Natural Green Fiber, is a sustainable material sourced from nature that boasts numerous advantageous qualities. Comprised of plant-derived cellulose, this fiber is free from chemical additives and synthetic components, rendering it biodegradable and environmentally sustainable. Notably, it poses no risk to human health or the

Nylon staple fiber

Nylon staple fiber, comprised primarily of polyamide, is a synthetic fiber that serves as a crucial raw material within the textile industry. Renowned for its exceptional durability, resistance to corrosion, and ability to withstand high temperatures, nylon staple fiber finds widespread application in textile, plastic, rubber, and other related sectors.

BPA Free Fiber

“BPA free fiber” typically refers to fibers that are manufactured without the use of bisphenol A (BPA), a chemical compound that has been used in the production of certain plastics and resins. BPA is known to have potential health risks, particularly when it leaches from containers into food or beverages.

PLA Fiber – Biodegradable Polylactic Acid Fiber

The customized biodegradable Polylactic Acid Fiber from manufacturers in China is an environmentally sustainable fiber option that is increasingly popular in the textile industry. Derived from renewable resources such as corn starch or sugarcane, PLA fiber provides a more eco-friendly alternative to traditional synthetic fibers. In addition to being biodegradable,

Bosilun Fiber

Bosilun Fiber is a synthetic fiber renowned for its exceptional qualities and diverse array of applications. Produced from polyester raw materials via high-temperature and high-pressure polymerization processes, it boasts impressive tensile strength and wear resistance. Bosilun Fiber is prized for its lightweight, soft, and comfortable nature, coupled with superior wrinkle

Cationic fiber

Cationic Fiber is a fibrous material distinguished by its unique structure and characteristics. Notably, the surface of the fiber is equipped with cationic groups that possess the ability to electrostatically interact with anionic substances. This electrostatic interaction imparts upon cationic fibers superior adsorption and antibacterial properties. The exceptional adsorption capabilities

Low Melting Fiber

Polyester Low Melting Fiber boasts competitive pricing and high quality, offering unique advantages in various applications. Its low melting point facilitates solubility in textile processes, particularly in the production of hot-melt textiles. Additionally, polyester materials exhibit exceptional softness and wear resistance, serving as an ideal supplementary material in textiles to

Geotextile fiber

Geo Textiles, also referred to as geosynthetics, are a type of engineering material composed of non-woven fabrics and polyester fibers known for their high strength, corrosion resistance, tear resistance, anti-penetration properties, and excellent aging resistance. Primarily utilized for reinforcement, isolation, and filtration purposes in civil engineering projects. The primary advantages

Antibacterial fiber

Antibacterial polyester staple fiber material is a polyester staple fiber product endowed with antibacterial capabilities, presenting ample application potential and market demand, offering healthier and cleaner alternatives across various sectors. Antibacterial fiber is a modern functional fiber produced by incorporating an antibacterial masterbatch and employing a distinctive procedure. Antibacterial fiber

Dope dyed polyester staple fiber

Dope dyed virgin polyester staple fiber is a type of fiber that is produced by incorporating a master batch during the melt spinning process. This particular color fiber is characterized by its superior quality, excellent color fastness, resistance to water washing, and the ability to produce various shades of color.