Synthetic Staple Fiber

Light and Artistic Synthetic Fiber for UHPC for Building Decoration Exterior Wall Product Description: UHPC is a special synthetic fiber with hydrophilic modification technology for surface treatment. UHPC has excellent dispersibility and can bond well with cement matrix materials, and can also effectively reduce or even inhibit the plastic drying shrinkage of UHPC and micro-cracks caused by temperature changes. UHPC has good cracking resistance, toughening, impact resistance

Transparent Monofilament Synthetic Fiber for UHPC for Municipal Road Bricks Product Description: UHPC special synthetic fiber uses hydrophilic modification technology for its surface treatment. It has excellent dispersibility in UHPC, and has good bonding performance with cement matrix materials, which can effectively reduce and inhibit UHPC plastic shrinkage, drying shrinkage, Micro-cracks caused by temperature changes and other factors significantly improve crack resistance

Organic Polylactic Acid PLA Fiber Corn Fiber for Non-Woven spinning Function: Biomass can be completely degraded Bio compatibility with human body, skin-friendly High elastic recovery rate Natural flame retardant Non-toxic and non-polluting Excellent moisture and air permeability The shape is stable and wrinkle resistant Bacteriostasis, UV resistance Description: The raw material of PLA fiber is 100% from natural sugar, not petroleum. PLA Fiber has no pollution to the

TDS OF EXPLOSION -PROOF FIBER Product Description EXPLOSION -PROOF FIBER is mixed with other refractories evenly, and then baked. With the baking temperature rising and reaching a certain temperature, the fibers begin to soften, shrink, melt, and finally form pore and carbonize. They distribute in the construction body to form micro-network pore, which can open water-air passage, reduce internal pressure and prevent bursting. Performance 1) Tensile resistance, impact

TDS OF EXPLOSION -PROOF FIBER Product Description EXPLOSION -PROOF FIBER is mixed with other refractories evenly, and then baked. With the baking temperature rising and reaching a certain temperature, the fibers begin to soften, shrink, melt, and finally form pore and carbonize. They distribute in the construction body to form micro-network pore, which can open water-air passage, reduce internal pressure and prevent bursting. Performance 1) Tensile resistance, impact

TDS OF EXPLOSION -PROOF FIBER Product Description EXPLOSION -PROOF FIBER is mixed with other refractories evenly, and then baked. With the baking temperature rising and reaching a certain temperature, the fibers begin to soften, shrink, melt, and finally form pore and carbonize. They distribute in the construction body to form micro-network pore, which can open water-air passage, reduce internal pressure and prevent bursting. Performance 1) Tensile resistance, impact

Water soluble PVA fiber Water-soluble polyvinyl alcohol (PVA) fiber is a cotton-like synthetic fiber, which has been widely used in agriculture, light industry, textile, military, medical and other fields in recent years. Water-soluble PVA fibers not only have ideal water-soluble temperature, strength and elongation, but also have good acid, alkali and dry-heat resistance. They are odorless and non-toxic after dissolving in water. The water-soluble PVA fibers are colorless

Water soluble PVA fiber Water-soluble polyvinyl alcohol (PVA) fiber is a cotton-like synthetic fiber, which has been widely used in agriculture, light industry, textile, military, medical and other fields in recent years. Water-soluble PVA fibers not only have ideal water-soluble temperature, strength and elongation, but also have good acid, alkali and dry-heat resistance. They are odorless and non-toxic after dissolving in water. The water-soluble PVA fibers are colorless

Polylactic Acid Fiber Product Description: The raw material of polylactic acid fiber (PLA) is lactic acid, which is made from corn starch, so the fiber is also called corn fiber. With good biodegradability, PLA fiber can be completely decomposed into CO2 and H2O in nature after going out of use. Our PLA staple fibers are produced by high quality PLA section to replace the polyester fiber and the cotton fiber and are usually applied for the textiles, the hygiene material,

Polylactic Acid Fiber Product Description: The raw material of polylactic acid fiber (PLA) is lactic acid, which is made from corn starch, so the fiber is also called corn fiber. With good biodegradability, PLA fiber can be completely decomposed into CO2 and H2O in nature after going out of use. Our PLA staple fibers are produced by high quality PLA section to replace the polyester fiber and the cotton fiber and are usually applied for the textiles, the hygiene material,

PLA fiber Feature Biomass can be completely degraded Bio compatibility with human body, skin-friendly High elastic recovery rate Natural flame retardant Non-toxic and non-polluting Excellent moisture and air permeability The shape is stable and wrinkle resistant Bacteriostasis, UV resistance We get 100% of our raw materials from natural sugars, not oil.Generated through microbial fermentation and the human body contains the same lactic acid, by further polymerization of