How does low-temperature spunlace nonwoven technology achieve the ultimate softness of facial tissue?

In the development process of disposable red elegant paper box pull-out soft facial tissue, how to achieve the ultimate softness is the key to the product standing out. Among them, the application of low-temperature spunlace nonwoven technology is the core of unlocking the secret of the ultimate softness of facial tissue.

Spunlace nonwoven technology uses high-pressure fine water flow to spray onto one or more layers of fiber webs to entangle the fibers with each other, so that the fiber web can be reinforced and have a certain strength. The low-temperature spunlace nonwoven technology used in this facial tissue is optimized and upgraded on the basis of traditional spunlace technology, focusing on controlling the temperature during the processing process. Compared with high-temperature treatment, which may destroy the fiber structure and reduce the fiber toughness, the natural characteristics of the fiber can be retained to the greatest extent under low-temperature environment. 100% natural high-quality long-staple cotton fibers are gently entangled with each other under the action of low-temperature water flow, just like the breeze in spring, allowing the catkins to naturally interweave into a ball, forming a unique and stable three-dimensional structure.

This low-temperature treatment process is comprehensive for fiber care. Long-staple cotton fibers are slender and soft. During the low-temperature spunlace process, the length, elasticity and flexibility of the fibers are not damaged. Instead, they become more orderly and tight due to the combing and entanglement of the water flow. The cohesion between the fibers is enhanced, so that the facial tissue maintains a fluffy and soft touch while having good strength and toughness. Even if repeated force is applied during wiping, the facial tissue will not easily break or flake, achieving a perfect balance between softness and durability.

Thanks to the special structure formed by low-temperature spunlace non-woven technology, the surface of the facial tissue presents a delicate and smooth texture. When it comes into contact with the skin, it does not produce any rough friction. Every wipe is as gentle and comfortable as a feather touch. For people with sensitive skin, this extremely soft facial tissue will not irritate the skin and can effectively reduce the risk of allergies; when wiping the delicate skin of infants and young children, its gentle characteristics can also provide the most intimate care. This delicate surface is also suitable for wiping delicate items such as glasses, electronic product screens, etc., without leaving scratches or fiber residues, providing comprehensive protection while cleaning.

The design of the red elegant paper box is not only the highlight of the product appearance, but also a powerful protection of the soft quality created by the low-temperature spunlace non-woven technology. The sealed paper box structure can effectively isolate the dust and moisture from the outside world, prevent the facial tissue from getting damp and hardening, and ensure that each facial tissue always maintains its original softness and fluffyness from unpacking to use. The exquisite paper box shape, with retro red and hot stamping patterns, not only highlights the product style, but also is convenient to place in various scenes such as home and office, so that the extremely soft facial tissue can accompany you at any time.

From the selection of raw materials to the application of low-temperature spunlace non-woven technology, to the careful design of packaging, every link of the disposable red elegant paper box removable soft facial tissue revolves around the core goal of "extreme softness". The low-temperature spunlace non-woven technology is like a skilled craftsman, carefully carving each fiber, and finally creating this high-quality facial tissue with delicate touch, softness and durability, which brings consumers an experience beyond expectations and redefines the softness standard of facial tissue.