Nylon fiber manufacturing machine capable of productivity increase

Abstract

The invention discloses a nylon fiber manufacturing machine capable of productivity increase. The nylon fiber manufacturing machine comprises a plurality of thread spray devices, a plurality of cooling devices, a plurality of first oil applying devices and a plurality of thread suction openings. Positions corresponding to the thread suction openings are respectively provided with a plurality of first guide wheel sets, a plurality of extension guide wheel sets, a plurality of thread guide wheel sets and a plurality of curling devices. Places which are passed by a fiber thread and between the first guide wheel sets are provided with a plurality of steam stretching devices. Places which are passed by a fiber thread and between the extension guide wheel sets and the thread guide wheel sets are provided with a plurality of steam shaping devices. Places which are passed by a fiber thread and between the thread guide wheel sets and the curling devices are provided with a plurality of second oil applying devices. The quantity of thread spray holes for the thread spray holes is more than 16. When entering the cooling device, the fused fiber thread is turned into more than 9 spindles of spinning. Cooling air amount from the cooling device is increased as the spindle number increases. An increase to more than 9 spindles respectively happens to air spray joints, the steam stretching devices, the steam shaping devices, the second oil applying devices and the curling devices.

Description

technical field [0001] The invention relates to a nylon fiber manufacturing machine, in particular to a nylon fiber manufacturing machine capable of increasing productivity. Background technique [0002] Because nylon fiber has the advantages of light weight, sweat absorption, breathability, wear resistance, softness, toughness, high color fastness, high strength, high tension, tear resistance, abrasion resistance, etc., it has been widely used in industry and life. Applications, such as general fashion, inner pajamas, swimwear, snow suits, multifunctional sportswear, stockings, sleeping bags, and even ropes, fishing nets and sails, and even the application of building materials, etc., the market demand is extremely huge! [0003] The structure of the existing nylon fiber manufacturing machine roughly has eight groups of spinning devices, a cooling device, an oiling device, a first oiling device, and a suction port in order, and a a first guide wheel set, an extension guide...

AI Technical Summary

Problems solved by technology

[0009] In the above-mentioned existing nylon fiber manufacturing machines, the spinneret hole structure of the spinneret device is unified into eight groups. Such a standardized machine will limit the production speed and output of nylon fiber products. If the quantity is large and urgent demand orders, the existing machines with only eight group production lines will not be able to cope

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