The characteristics of synthetic fibers include long fiber length, good length uniformity, high fracture strength, long fracture elongation, high friction coefficient, low moisture regain, high specific resistance, easy generation of static electricity by friction, and almost no impurities. The principles of the carding process configuration for synthetic fibers mainly include using lighter cotton rolls with lower cotton content in the carding process, as well as optimizing the design of the overall carding surface angle and tooth arrangement of the tin forest to adapt to the characteristics of synthetic fibers and improve the carding effect.

The characteristics of synthetic fibers compared to cotton fibers are mainly reflected in their physical structure, such as differences in fiber length, uniformity, fracture strength, and fracture elongation. These characteristics give synthetic fibers unique advantages in applications, such as in the textile industry where they can provide better elasticity and durability. Additionally, due to their low moisture regain, they are also suitable for use in certain special environments.

In terms of sorting processes, specific process parameters and equipment configurations are required to adapt to the characteristics of synthetic fibers. For example, lighter cotton roll weight and lower cotton drop rate can ensure effective combing and utilization of fibers, while reducing fiber damage. When optimizing the overall design of the Xilin, it is necessary to pay attention to the appropriate number and density of teeth, increase the thickness of the tooth base and longitudinal tooth pitch, appropriately increase the rake angle of the tooth plate and reduce the tooth depth, in order to facilitate brush cleaning. In addition, the front teeth are parallel to the fibers, while the rear teeth are alternately tilted and the tilt angle of the teeth is appropriately reduced to reduce control over the fibers and improve the combing effect.

In summary, the characteristics of synthetic fibers and their sorting process configuration principles are optimized based on their physical properties to ensure that the advantages of synthetic fibers can be fully utilized in the textile processing process, while improving product quality and efficiency.

Diphenyl ether manufacturer