Planar receiving type centrifugal-spinning automatic production equipment and method

Abstract

The invention discloses a planar receiving type centrifugal-spinning automatic production equipment and method. A continuously moving collection belt is arranged under spinnerets, and after proper height adjustment, spinning solution ejected by the spinnerets in high-speed rotation forms fibers instantly, and the fibers spirally fall down to be collected on the collection belt to finally form a continuous centrifugally-spun fiber net. The centrifugally-spun fiber net is compacted by a compacting device and wound in a winding device to finally form a centrifugally-spun fiber net roll. A whole production process is completed automatically without manual intervention. By the planar receiving type centrifugal-spinning automatic production equipment and the method, the problem of preparation ofcentrifugally-spun continuous filaments is solved, batch production in centrifugal spinning is realized, and the planar receiving type centrifugal-spinning automatic production equipment and the method are applicable to wide nonwoven fabric surface nanofiber or submicron fiber compounding or wide nano or submicron nonwoven fabric production.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a flat receiving type centrifugal spinning automatic production equipment and method. Background technique [0002] Centrifugal spinning is a new spinning technology that can be applied to both solution spinning and melt spinning. Centrifugal spinning In the spinning process, the spinning solution inside the spinneret is ejected from the micropores by the centrifugal force generated by the high-speed rotating spinneret to form long and thin fibers. The materials that can be prepared include inorganic materials and polymers. Materials, combined with the characteristics of high output of centrifugal spinning and the advantages of fiber products, the fiber products prepared by it can be used in biomedicine, air filtration, energy and other fields. [0003] At present, for centrifugal spinning, the forming mechanism of its fibers has been deeply studied, and the technical problem t...

AI Technical Summary

Problems solved by technology

During centrifugal spinning, the spinning head is driven by a motor to rotate, and the spinning solution is ejected from the spinneret hole of the spinning head, and moves between the spinneret hole and the collecting rod to be stretched, and at the same time, the solvent volatilizes to form fibers, which pass through The fiber film is received by the collecting rods; in this collection method, the spinning is fixed between the collecting rods, and the fibers obtained are discontinuous short fibers, which are inefficient and cannot achieve continuous production

[0005] The patent with the application number CN201820388681.7 provides a centrifugal electrospinning device, including a centrifugal spinning nozzle, a receiving device arranged above the multifilament nozzle, a driving mechanism for driving the centrifugal spinning nozzle, and a A power supply device for forming an electrostatic field required for spinning solution between the centrifugal spinning nozzle and the receiving device, the centrifugal spinning nozzle is provided with several outlet holes radially spaced from each other, the centrifugal spinning nozzle and the receiving device The spinning solution delivery device is connected; in this device, the receiving device is set above the centrifugal spinning nozzle and grounded, and the spinning jet from the centrifugal spinning nozzle is stretched under the action of centrifugal force and electric field force. This electrostatic method not only cannot realize continuous Generated, and there are problems of excessive energy consumption, low operability, and low safety factor

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