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Plain Spunlace Nonwoven Fabric Products
Raw material selection and blending: According to the performance requirements of the application scenarios, high-quality fiber raw materials are carefully selected. Common types include polyester, viscose fiber, pure cotton fiber, bamboo fiber, or blends of multiple fibers (such as polyester-viscose blends, cotton-polyester blends). The technical team scientifically adjusts the fiber ratio.
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Printing Spunlace Nonwoven Fabric Products
Preparation before printing: Based on the customer’s pattern requirements, use professional software (such as Adobe Illustrator) to design and color split the pattern; then make a screen printing plate, apply photosensitive gel evenly on the screen, expose and develop to form a mesh in the pattern area and a closed area in the non-pattern area, making a plate that matches the pattern.
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Mesh Spunlace Nonwoven Fabric Products
Raw material selection and blending: According to the strength and softness requirements of the net product, high-quality fiber raw materials are selected, including common types such as polyester, viscose fiber, pure cotton fiber, or blended fibers (such as polyester-viscose blends). The technical team will adjust the fiber ratio according to the application scenarios. For example, in the medical field, viscose fibers with good skin friendliness are preferred, while in the industrial field, the proportion of polyester is increased to enhance strength, ensuring the basic performance of the product from the source.
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Embossed Nonwoven Fabric Products
Opening and blending fibers: The packaged fiber raw materials first enter the opening and blending equipment, where mechanical force is used to disperse the fiber clusters and remove impurities and short fibers, making the fibers loose.Then，the dispersed fibers enter the blending equipment according to the preset ratio，and multiple sets of mixing devices are used to achieve uniform mixing of different fibers，avoiding fiber agglomeration or uneven distribution，laying the foundation for the stability of the subsequent combing and embossing processes.
