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Flame Retardant Hollow Fibers for High Safety
Flame retardant hollow fiber stands out with its unique internal hollow structure, endowing it with remarkable properties. Its strong flame retardancy, excellent loosening and carding performance, enduring compression elasticity, and superior heat retention make it a top choice for manufacturing products in home textiles, toys, and non-woven fabrics. Meanwhile, the hollow spiral crimped fibers, boasting ultra-high elasticity, loftiness, long-lasting resilience, and ideal crimping, are widely applied in high-end bedding, pillow cores, sofas, and toy filling industries, meeting diverse market demands perfectly.
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Hollow Fibers
Flame retardant hollow fiber stands out with its unique internal hollow structure, endowing it with remarkable properties. Its strong flame retardancy, excellent loosening and carding performance, enduring compression elasticity, and superior heat retention make it a top choice for manufacturing products in home textiles, toys, and non-woven fabrics. Meanwhile, the hollow spiral crimped fibers, boasting ultra-high elasticity, loftiness, long-lasting resilience, and ideal crimping, are widely applied in high-end bedding, pillow cores, sofas, and toy filling industries, meeting diverse market demands perfectly.
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High Quality Low Melt Bonding Fibers
Primary low melt fiber is a new type of functional fiber material, which has a lower melting point and excellent machinability. The development of primary low melt fibers stems from the need for fiber materials in high temperature environments, in order to solve the problem that traditional fibers are easy to melt and lose their original properties in such environments.Primary low melt fibers combine various advantages such as softness, comfort, and stability. This type of fiber has a moderate melting point and is easy to process and shape, making it widely applicable in various fields.
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LM FIRBER IN SHOSE AREA
4D *51MM -110C-WHITE
Low Melting Point Fiber, gently melts for perfect shaping!Advantages of low melting point materials in footwear
In modern footwear design and manufacturing, the application of low melting point materials is gradually becoming a trend. This material not only improves the comfort and performance of shoes, but also provides designers with more creative freedom. The following are the main advantages of low melting point materials in the field of footwear and their application scenarios. -
Hollow Fiber
Two-dimensional hollow fibers excel in carding and opening, effortlessly creating a uniformly fluffy texture. Boasting outstanding long-term compression resilience, they quickly regain their shape after compression, ensuring consistent performance. The unique hollow structure traps air efficiently, delivering superior thermal insulation for optimal warmth. These fibers are versatile filling materials, perfectly suited for home textile products, cuddly toys, and non-woven fabric manufacturing. Elevate your products’ quality and comfort with our reliable two-dimensional hollow fibers.
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Melt-blown PP 1500 material for efficient filtrationation
Place of Origin: Xiamen
Brand Name: KINGLEAD
Model Number: PP-1500
Melt Flow Rate: 800-1500 (can be customerized based on your request)
Ash Content: 200
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ES -PE/PET and PE /PP fibers
ES hot air non-woven fabric can be used in various fields according to its density. Generally, its thickness is used as a fabric for baby diapers, adult incontinence pads, women’s hygiene products, napkins, bath towels, disposable tablecloths, etc; Thick products are used to make anti cold clothing, bedding, baby sleeping bags, mattresses, sofa cushions, etc.
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PP staple fibers for a wide range of industries
With the continuous progress of technology, PP staple fibers have been widely promoted and applied as a new type of material in various fields. PP staple fibers have good strength and toughness, with advantages such as lightweight, wear resistance, and corrosion resistance. At the same time, they also have excellent heat resistance and stability, allowing them to maintain stable performance in various environments and have been favored by the market.
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High quality colorfast dyed hollow fibers
The dye fibers produced by the company adopts the original solution dyeing, which can adsorb dyes more effectively and evenly, and solve the problems of dye waste, uneven dyeing and environmental pollution in the traditional dyeing method. And the fibers manufactured by this method have better dyeing effect and color fastness, coupled with the unique advantages of hollow structure, making dyed hollow fibers favored in the field of home textiles.
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Superabsorbent Polymers
In the 1960s, super absorbent polymers were discovered to have excellent water absorption properties and were successfully applied in the production of baby diapers. With the continuous development of science and technology, the performance of super absorbent polymer has also been further improved. Nowadays, it has become a material with super water absorption ability and stability, widely used in medical, agricultural, environmental protection, and industrial fields, bringing huge convenience to various industries.
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1205-HYCARE-PLA-TOPHEAT-BOMAX-Flame Retardant-4-Hole-Hollow-FIBER
Unleash the power of 1205-HYCARE-PLA-TOPHEAT-BOMAX Flame Retardant 4-Hole Hollow Fiber. Crafted from eco-friendly PLA, it provides superior heat regulation and breathability thanks to its unique four-hole structure. Perfect for bedding, apparel, and insulation, it meets strict safety standards, combining functionality, durability, and sustainability. -
Rayon Fiber and FR rayon fibers
With the increasing attention to fire safety and environmental protection awareness, flame-retardant rayon fibers(viscose fibers) have emerged, especially in the textile and clothing industries. The application of flame-retardant rayon fibers is becoming more and more widespread. It can not only improve the safety performance of products, but also meet the comfort needs of consumers. The flame retardants for FR rayon fibers are mainly divided into silicon and phosphorus series. Silicon series flame retardants achieve flame retardant effects by adding siloxane to the rayon fibers to form silicate crystals. Their advantages are environmental friendliness, non toxicity, and good heat resistance, which are usually used in high-end protective products. Phosphorus based flame retardants are used to suppress flame propagation by adding phosphorus based organic compounds to rayon fibers and utilizing the oxidation reaction of phosphorus. They have the advantages of low cost, high flame retardant efficiency, and environmental friendliness, and are generally used in non-woven fabric manufacturing.
