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The technologies needed for Embroidered non-woven fabric include:
1.Embroidery machines: These machines use computer-controlled needles to stitch designs onto the non-woven fabric.
2.Digitizing software: This software is used to create digital designs that can be uploaded to the embroidery machine for stitching onto the non-woven fabric.
3.Stabilizers: Non-woven fabrics are relatively unstable and can easily distort or stretch during embroidery. Stabilizers help to keep the fabric in place during embroidery, ensuring accurate and consistent stitching.
4.Thread: Embroidery thread is specially designed to withstand the high speeds and tension of embroidery machines. It comes in a wide variety of colors, weights, and materials to suit different embroidery applications.
5.Needles: Embroidery needles come in various sizes and shapes and are designed to work with different fabrics and thread types.
6.Hoops: Embroidery hoops are used to hold the non-woven fabric in place during embroidery, ensuring that the fabric remains taut and stable.
7.Cutting machines: Non-woven fabrics can be cut into different shapes and sizes using cutting machines, allowing for more complex and intricate embroidery designs.
8.Design software: Design software is used to create and manipulate digital designs, allowing for greater flexibility and creativity in embroidery design.
9.Automation and robotics: Automated embroidery machines can increase productivity and efficiency in the production of embroidered non-woven fabric, while robotics can be used to automate processes such as cutting and packaging.
Overall, these technologies work together to enable the creation of high-quality, intricate, and durable embroidered non-woven fabrics.
Polyvinyl alcohol (PVA) resin is a heavy polymer. Appearance is usually white or yellowish flocculent, flake, granular or powder.
PVA is non-toxic, odorless and non-polluting. PVA is a water-soluble resin with good chemical stability. It also has good adhesion, film-forming ability, insulation, oil resistance, abrasion resistance and gas barrier properties. It has typical chemical properties of polyols and can undergo esterification, etherification and acetalization reactions.
Our functional nonwovens use high-tech wet-laid processes (wet-laid nonwovens), impregnation processes (impregnated nonwovens) and water-soluble nonwovens. It is mainly based on our various high performance polyethylene and functional vinylon fibers.
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