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Graphene Conductive Spunlace Nonwoven Fabric Products
Viscose fiber: Has excellent moisture absorption and breathability, which can enhance the adhesion between the base material and the graphene conductive paste, preventing the conductive layer from peeling off. At the same time, its soft and skin-friendly touch makes the product more comfortable in smart wearables and medical skin-contact scenarios, suitable for close-to-skin conductive applications.
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Glass Fiber Nonwoven Fabric
Using alkali-free glass fiber as the single raw material, it is formed through short-cutting dispersion and high-pressure water jet entanglement. While retaining the essential characteristics of glass fiber, it also has the flexible structural advantages of non-woven fabric: High-temperature resistant, flame-retardant and insulating: The foundation of safety in extreme environments.
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Gold and Silver Stamped Spunlace Nonwoven Fabric Products
Flexible and smooth for easy processing, suitable for precise stamping: The nonwoven fabric process uses high-pressure water flow to make fibers interlock, forming a net-like structure without differences in warp and weft. The substrate texture is soft and the surface is smooth, without the flaws of traditional fabrics’ yarn patterns – cotton and bamboo fiber substrates have both flexibility and firmness, and during stamping, they can closely adhere to the stamping plate, ensuring clear edges of the metallic patterns; polyester and viscose substrates have excellent extensibility and can meet the requirements of curved and folded non-standard stamping, and the stamped layer is not prone to cracking and peeling due to material deformation, providing a guarantee for fine patterns and complex patterns stamping.
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Pre-Oxygenated Filament Spunlace Nonwoven Fabrics
Pre-oxidized nonwoven fabric is based on “carbon fiber precursor pre-oxidized fibres”, combining the characteristics of spunlace without adhesive reinforcement. It achieves cross-dimensional superiority over conventional nonwoven fabrics in extreme environmental adaptability, chemical stability, and structural functionality.
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Basalt Nonwoven Fabrics
Inorganic Flame Retardancy without Safety Risks: No need to add any flame retardants, with an oxygen index ≥ 45% (far exceeding the 28% standard of organic flame retardant materials), when exposed to fire, it does not burn, does not melt, and does not release toxic gases, only maintaining the integrity of the inorganic fiber structure, effectively blocking high-temperature flames and heat radiation, solving the fatal problem of organic flame-retardant nonwoven fabrics “high-temperature release toxic gas, melting and dripping injury”.
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Noctilucent Spunlace Nonwoven Fabric Products
Viscose fiber: Has excellent moisture absorption and fiber adsorption, which can enhance the adhesion between the base material and the noctilucent additives, preventing the noctilucent layer from peeling off. At the same time, its soft and skin-friendly touch makes the product more comfortable in children’s products and home decoration scenarios, suitable for close contact scenarios.
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Fluorescent Whitening Spunlace Nonwoven Fabric Product
Bamboo Fiber: Has good breathability and is environmentally degradable, with natural textures on the fiber surface that enhance the binding force with fluorescent whitening agents, preventing agent shedding; at the same time, the natural antibacterial properties of bamboo fiber combined with the whitening effect form a “function + appearance level” dual advantage, suitable for scenarios such as high-end home decoration and eco-friendly hygiene products that pursue both naturalness and quality.
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Far-Infrared Negative Lon Nonwoven Fabric Products
The outstanding experience of far-infrared negative ion nonwoven fabric begins with the excellent characteristics of nonwoven fabric itself. Our company selects polyester, viscose, cotton, and bamboo fiber as core raw materials, and through mature nonwoven fabric processing to create the substrate. The core characteristics and advantages of the substrate provide a solid foundation for subsequent function loading, and also become an important basis for the differentiated experience of the product.
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Flame Retardant Spunlace Nonwoven Fabrics
In terms of raw material selection, the company adheres to the concept of “quality originates from the foundation”, choosing polyester, viscose, pre-oxidized silk, aramid, and other high-quality substrates for the flame-retardant spunlace nonwoven fabrics. Polyester gives the products excellent strength and durability, ensuring that they are not prone to damage during use; viscose enhances the moisture-wicking and breathability of the fabric, providing a comfortable touch experience; pre-oxidized silk, as a high-performance flame-retardant substrate, has excellent heat resistance and flame retardant effects, maintaining structural stability in extreme high-temperature environments.
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Color Absorption Nonwoven Fabric Product Manual
Ultra-fast capture of free dyes: Using cationic modified viscose fibers, based on the principle of positive and negative ion adsorption, it quickly combines with the anionic type dyes (such as those commonly used in cotton fabrics for reactive dyes) through the adsorption response time of less than 30 seconds, which is 3 times higher than that of ordinary viscose nonwoven fabrics.
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Silver-Coated Nonwoven Fabric Products
Polyester fibers: Provide the base material with excellent tensile strength and tear resistance, ensuring that the base material does not deform or break during silver coating processing, cutting, forming, and long-term use; at the same time, it has excellent chemical resistance and aging resistance, which can adapt to complex environments such as automotive interiors and outdoor protection, effectively extending the product’s service life and ensuring the stability of the silver coating layer over time.
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Polyimide Nonwoven Fabric Products
Hydroentanglement preserves material activity: The high-pressure spunlace process ensures gentle fiber entanglement without the damage associated with needle punching. The resulting product is soft (hardness ≤50 Shore A) with excellent drape, allowing direct cutting, sewing, and thermoforming. This resolves the processing challenges of traditional PI needle felts, which are often stiff and brittle, while providing a smooth, burr-free surface ideal for precision component integration.
