Thermal radiation heating type electrostatic spinning machine

Abstract

The invention provides a thermal radiation heating type electrostatic spinning machine. The upper end face of a tank body is provided with an air through hole, a spinning solution jetting device is arranged above the inside of the tank body. The hot radiation heating type electrostatic spinning machine comprises a solution conduit, a nozzle connected with the solution conduit and a high voltage power source anode binding post connected with the nozzle, a high voltage power source anode binding post connected with the nozzle is connected with a high voltage power source anode, the upper end of the solution conduit extends outside the tank body, a thermal radiation heating device is a heating source arranged above the inside of the tank body, a voltage adjustment module is connecting with the heating source, and the heating temperature is adjusted by adjusting thermal radiation heating device power; a fiber receiving device comprises a receiving table arranged on the bottom in the tank body and a high voltage cathode connecting binding post connected with the receiving table, the receiving table is located under the nozzle, and the high voltage cathode connecting binding post is connected with a high voltage power source cathode. In the hot radiation heating type electrostatic spinning machine, through thermal radiation, jet flow in the electrostatic spinning process is heated, volatilization of a spinning solvent is promoted, and the finished silk efficiency and fiber quality of nanofiber are improved.

Description

technical field [0001] The invention relates to nanometer material manufacturing equipment and electrostatic spinning technology, in particular to a thermal radiation heating electrostatic spinning machine. Background technique [0002] With the development of science and technology in the nanometer field, due to its excellent mechanical characteristics and surface characteristics. In industrial production and human life, the status of nanomaterials is becoming more and more important. Among them, nanofibers are more and more widely used in the fields of bioengineering, energy storage and composite materials because of their large aspect ratio and area-to-mass ratio. The electrospinning process is currently the only method that can directly and continuously prepare polymer nanofibers. Electrospinning is a spinning method in which a polymer solution or melt is sprayed and stretched under electrostatic action to obtain nanoscale fibers. In 1934, Formhals proposed the method...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to provide a thermal radiation heating electrostatic spinning machine in order to solve the problem that the spinning solution volatilizes slowly while the nanofibers generated are disturbed by the surrounding environment.

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