In the wet and dry forming processes of fibers, there are many types of fibers that need to be spun in the Wali pulping machine, including plant fibers such as cotton fiber, hemp fiber, wood fiber, bamboo fiber, straw fiber, etc. In addition, synthetic fibers and artificial fibers are also one of the main fibers used in pulping machines. The use of a Vali pulping machine to achieve fine and short fibers is achieved through processes such as crushing, filamentation, and shearing.

In the wet and dry forming processes of fibers, there are many types of fibers that need to be spun, including plant fibers such as cotton fibers, hemp fibers, wood fibers, bamboo fibers, straw fibers, etc. In addition, synthetic fibers and artificial fibers are also one of the main fibers used in fiber spinning machines.
The use of a fiber beating machine to achieve fine and short fibers is achieved through processes such as crushing, filamentation, and shearing.
With the continuous increase of fiber varieties and the refinement of application processes, the requirements for fiber beating are becoming more and more diverse. For plant fibers, the requirements for beating degree are becoming more and more diverse, and the direction of increasing beating degree is developing. The fiber separation and short fiber are also becoming more and more diverse.
FFiber fiber spinning machine can meet various fiber spinning requirements, whether it is fiber spinning or short fiber spinning. The fiber spinning machine can change the spinning conditions according to the requirements to achieve the final requirements.
FFiber fiber cutting machines come in small, medium, and large sizes, which can meet the needs of small laboratory research and are suitable for various research units, departments, and colleges; It can also meet the requirements of large-scale industrial production applications and is suitable for various production enterprises.
Technical Parameters
Model:FFiber Beating 30
NameFiber pulping machine
Fiber laying method:Circular fiber spinning method
Slurry pool capacity:The total capacity is 40L, the effective beating capacity is 23L, and the range of functional beating is variable from 0.01% to 2%
Fiber laying area:Grinding area 155mm
Flying knife technique:The blade and guide roller adopt the triangular welding process to reduce the pressure relief of the flying blade and minimize ineffective work
Flying knife obstacle removal:Equipped with a flying knife roller scraper to prevent cotton pulp and long fibers from getting stuck in the knife
Fiber processing capacity:0.01~0.5kg dry, inorganic fiber and organic fiber have different densities and dosages
Fiber application efficiency:30%~80%
Fiber concentration:0.01%~2%
Fiber angle:45~90 °, the fiber spinning angle is selected according to the fiber variety and spinning target.
Unit grinding area:0.6~1.5 units, (can be customized according to the degree of fiber filamentation).
Application scope of knife pressure:9.8~55N optional application (depending on material selection, standard 55N)
Application range of blade distance:0~10mm selectable application
Parallel knife pressure:Equipped with a knife pressure parallel adjustment station
Advance and retreat knives:Equipped with a forward and backward knife wrench, it can quickly advance and retract knives under pressure
Bearing stability and repeatability:Using power and slurry pool separation greater than 50mm, equipped with water resistance isolation core plate
Slurry tank protection:Stainless steel protective cover with flying knife adjustment window
power supply380/400 V three-phase, 50/60HZ, 105A, 2.75KW