There are many types of high-speed braiding machines. Today we will introduce to you the more common high-speed braiding machines in detail.
Rapier loom: Use rigid or winding rapier heads to create clamping and guide weft yarns. In addition to being suitable for weaving plain fabrics and textured fabrics, the rapier loom has the advantage of easy color change, is suitable for multi-color weft fabrics, and is suitable for the production of yarn-dyed fabrics, two-layer velvet fabrics, terry fabrics, and decorative fabrics.
Air jet loom: Use the sprayed compressed air to pull the weft yarn and pull the weft yarn through the shed. The biggest advantages of air-jet loom are fast speed and high labor efficiency. It is suitable for the production of plain and textured fabrics, fine and high-density fabrics, and large-volume fabrics.
Water jet loom: Water is used as the material for weft insertion, and the sprayed water generates a frictional force on the weft yarn so that the weft yarn fixed on the hook is introduced into the shed. Water-jet loom has the characteristics of high efficiency and high production efficiency and is mainly suitable for the production of hydrophobic filament chemical fiber fabrics with smooth surfaces.
Projectile loom: Use small and medium-sized block shuttles with clips to clamp the weft yarn and project the weft insertion. Projectile looms have the advantages of stable weft insertion, excellent fabric quality, and less weft snagging, and are suitable for the production and manufacturing of multi-color weft fabrics, delicate, thick and dense fabrics, and wide-width fabrics.
Therefore, the use of shuttleless looms for braiding machines is of great significance for improving fabric types, adjusting fabric structure, reducing fabric defects, improving fabric quality, reducing noise, and improving working conditions. Shuttleless looms have high speeds and are usually 4-8 times more efficient than shuttle looms. Therefore, the large-scale use of shuttleless looms can greatly improve labor efficiency.
As the structure of shuttleless looms is becoming more and more perfect, the range of raw materials used is wide, and the processing accuracy is getting higher and higher. Coupled with global intelligent technology, electronic information technology, and optical control systems are gradually replacing mechanical technology, the production, and manufacturing of shuttleless looms It is a close integration of multiple courses such as metallurgical industry, mechanical equipment, electronic devices, chemical plants, and fluid power.
