Viscose and polyester ginkgo dot spunlace nonwovens: How to strike a perfect balance between strength and softness?

As a key technology in the production of nonwoven materials, the core of the spunlace process is to use high-pressure water flow to finely treat the fiber web. In this process, the fiber web is placed on a special conveyor belt, and the high-pressure water flow is sprayed onto the fiber web at a very high speed through a precisely designed nozzle array. This treatment method not only achieves tight entanglement between fibers, but also promotes the fiber web to form a tighter and more orderly structure through the impact of the water flow.

It is worth noting that although the spunlace process makes the fibers entangled more tightly, this process does not sacrifice the softness of the fabric. On the contrary, due to the close arrangement and mutual support between the fibers, the fabric maintains good softness and elasticity while maintaining high strength. This seemingly contradictory characteristic actually stems from the fine control of the fiber structure by the spunlace process. Under the impact of the water flow, the connection points between the fibers are strengthened, while the fibers themselves maintain their original flexibility and elasticity, thus achieving a double improvement in strength and softness.

Viscose fiber, as a regenerated fiber derived from natural plant fibers (such as wood pulp), has excellent moisture absorption, breathability and skin-friendliness. These characteristics make viscose fiber popular in the textile field, especially in application scenarios that require direct contact with the skin. However, natural fibers often have the disadvantages of insufficient strength and easy deformation.

Polyester fiber is a typical synthetic fiber, known for its high strength, wear resistance, easy cleaning and non-deformation characteristics. The addition of polyester fiber not only makes up for the lack of strength of viscose fiber, but also through its good dimensional stability, the viscose and polyester ginkgo dot spunlace nonwoven fabric can still maintain stable performance when used multiple times or facing complex environments.

Combining viscose and polyester fibers and finely processing them through the spunlace process, the viscose and polyester ginkgo dot spunlace nonwoven fabric inherits the softness, breathability and skin-friendliness of viscose fibers while maintaining high strength and stability. This perfect fusion of natural and synthetic makes the product present a delicate and comfortable texture when touched, becoming the preferred material in many fields.

In the field of personal care, viscose and polyester ginkgo dot spunlace nonwovens have become an ideal choice for products such as wet wipes and cosmetic cotton due to their delicate touch and good moisture absorption. As a common cleaning product in daily life, the choice of material for wet wipes is directly related to the user experience. Viscose and polyester ginkgo dot spunlace nonwovens not only have excellent moisture absorption and breathability, but also can maintain the softness and elasticity of the fabric, making wet wipes more comfortable and less likely to damage the skin during wiping.

As an important auxiliary tool in the makeup process, the material of cosmetic cotton is also crucial. Viscose and polyester ginkgo dot spunlace nonwovens have good water absorption and water release, can quickly absorb and release liquids such as lotion, while maintaining the softness and delicate touch of the fabric, making the makeup process smoother and more comfortable.

In the field of medical and health care, viscose and polyester ginkgo dot spunlace nonwovens also show their unique advantages. As an important auxiliary material in the wound healing process, the choice of material of medical dressings directly affects the healing speed and comfort of the wound. Viscose and polyester ginkgo dot spunlace nonwoven fabrics not only have excellent moisture absorption and breathability, but also maintain the softness and elasticity of the fabric, thereby reducing friction and irritation to the wound and promoting wound healing.

In medical supplies such as surgical gowns and surgical caps, viscose and polyester ginkgo dot spunlace nonwoven fabrics are also favored for their high strength, wear resistance and easy cleaning. These medical supplies need to withstand various complex environments and operations during surgery, so the materials are required to have excellent physical properties and stability. Viscose and polyester ginkgo dot spunlace nonwoven fabrics meet these requirements and become the preferred material in the field of medical supplies.

In the industrial field, viscose and polyester ginkgo dot spunlace nonwoven fabrics are widely used in wiping cloths, filter materials and other fields due to their high strength, wear resistance and easy cleaning. Wiping cloths need to withstand various complex environments and operations, so the materials are required to have excellent wear resistance and cleaning performance. Viscose and polyester ginkgo dot spunlace nonwoven fabrics meet these requirements and become the preferred material in the field of wiping cloths.

In the home furnishing field, viscose and polyester ginkgo dot spunlace nonwovens also show their unique advantages. Home furnishings need to withstand various frictions and washings in daily life, so the materials are required to have excellent durability and stability. At the same time, home furnishings also need to have good comfort and skin-friendliness to meet users' requirements for a comfortable home environment. Viscose and polyester ginkgo dot spunlace nonwovens combine these characteristics and become the preferred materials in the field of home furnishings.