Plush toys

Many people don't know much about the fabric of plush toys. They often have a lot of doubts in the process of customizing toys. Today, high-quality plush toy manufacturers come to popularize knowledge about the two most common materials of plush toys: super soft short plush and crystal super soft short plush.

Super soft short plush: cotton fabric with rich fluffy surface after being brushed. The single side fabric is mainly composed of twill, also known as Serge velvet; the pile of flannel is formed by repeatedly pulling a part of fiber on the surface of grey cloth by repeatedly acting on the wire tip of a pile drawing machine, and the pile is required to be short, dense and even. Printed flannelette is brushed before printing, while bleached and variegated flannel is brushed last. The warp yarn used in flannel fabric should be fine; the weft yarn should be thick and less twist. The cotton fiber of weft spinning should be thick and have good uniformity. The warp density of the fabric is smaller and the weft density is larger, so that the weft yarn appears on the surface, which is conducive to the formation of full and uniform pile of weft cotton fiber. It is very important to master the quality of cotton yarn and the operation of drawing process.

Crystal super soft short plush: for ordinary super soft, the wool surface should be more delicate and feel better. Compared with the original super soft, the glossiness is higher, the handle is softer and thicker, warm and smooth, the texture is delicate and environmental protection. The products are suitable for children's warm clothing, baby cotton clothes, gloves, plush slippers, cushions, pillows, blankets, sofa cushions, warm car cushions, quilt covers, plush toys and other craft products, home accessories, car accessories. Super soft crystal velvet fabric is selected for autumn and winter clothing, which is warm and smooth. It contains a large number of heating molecules in thousands of fluff, forming a natural barrier, so that the cold air can not convection and avoid the heat loss caused by the rapid penetration of cold air. The more delicate the molecular proportion, the better the thermal performance.