The characteristics of one-step false twisting machine are mainly reflected in the following aspects:
High production efficiency: The one-step false twisting machine integrates multiple process links such as double twisting, shaping (pre shrinking), false twisting, etc. on one equipment, realizing one-step processing of the production process. This integration reduces the conversion and transportation time between processes, significantly improving production efficiency. Large output: Due to its high production efficiency, the one-step false twisting machine can produce more yarn per unit time, meeting the needs of large-scale production. Low cost: The one-step false twisting machine reduces equipment investment, footprint, and labor costs, while also lowering energy and raw material consumption, thereby reducing production costs. Fast capital turnover: Due to high production efficiency, large output, and low cost, the one-step false twisting machine can achieve faster capital return and improve capital turnover. Convenient management: The one-step false twisting machine has a high degree of automation and intelligence, reducing manual intervention and operational errors, making production management more convenient and efficient.
Stable yarn quality: The one-step false twisting machine can produce yarn with stable quality and different styles by precisely controlling the parameters of each process link.
. These yarns have a wrinkled feel, giving the fabric a silky effect and are suitable for the production of polyester synthetic silk fabrics.Strong adaptability: The one-step false twisting machine can produce different styles of crepe silk according to different thicknesses of raw materials, providing a platform for fabric production enterprises to develop new products.
. At the same time, it can also adapt to the needs of different yarn varieties and production scales.Technological innovation: The one-step false twisting machine adopts advanced technologies such as magnetic rotor false twisting devices, achieving automation and intelligence in the production process.
. These technological innovations have improved the performance and stability of equipment, reduced failure rates and maintenance costs.