Needle punched wool polyester fabric

When the needling process is applied to suiting fabric, barbed needles are used to repeatedly pierce the fiber layers, causing the fibers to entangle with each other. During this process, the fibers are rearranged and intertwined, forming a compact structure. This process can effectively control the thickness and density of the fabric, enabling it to meet the requirements for stiffness and texture in suit making. Needle Punched Suiting Fabric has a compact structure, and the bonds between the fibers are firm. This compact structure endows the fabric with relatively high strength, allowing it to withstand operations such as cutting and sewing during the suit-making process without being easily deformed or damaged. Meanwhile, it also has a certain degree of stability and can maintain the shape of the suit during the wearing process.

Needle Punched Knit Carpet has a unique structure. The knitting part provides elasticity and a comfortable feel underfoot, while the needling part increases the strength and durability of the carpet. The close entanglement of the fibers enables the carpet to withstand daily trampling and friction and is not easily deformed or damaged. The needle-punched knit carpet adopts a combination of the needling and knitting processes. Firstly, the knitting process is used to form the basic structure of the carpet. Through the looping and interlacing of yarns, a certain degree of elasticity and softness is imparted to the carpet. Then, the needling process is carried out on this basis, inserting fibers into the knitted structure and making the fibers entangle with each other, thus enhancing the structural stability and thickness of the carpet.

The structure of Needle Punched Felt is relatively uniform. The fibers are distributed in a rather disordered yet closely entangled manner. This structure gives the needle-punched felt good flexibility and a certain degree of strength. It can be made into different thicknesses and densities according to requirements to meet the needs of various application scenarios. During the production process, the fibers are fed into the needling machine, and the barbed needles repeatedly pierce and entangle the fibers, gradually forming a compact felt body. In this process, complex processes such as spinning and weaving are not required, and the production efficiency is relatively high, directly transforming fibers into felt materials.