Foam material generator

Abstract

The invention relates to a foam material generator, which comprises a shell and a transmission device. The shell is provided with the transmission device, a shell cavity is disposed in the shell, a pressurization stirring foaming wheel is additionally equipped in the shell cavity, the transmission shaft of a transmission device is in connection with the pressurization stirring foaming wheel, the pressurization stirring foaming wheel is provided with a plurality of pressurization stirring bodies, the windward sides of the pressurization stirring bodies and the pressurization stirring foaming wheel rotation axial cross section form an oblique angle, one end of the shell cavity is provided with a shell cavity inlet, and the other end of the shell cavity is equipped with a shell cavity outlet, the shell cavity inner wall close to the shell cavity outlet is provided with a surrounding grinding disc, the middle part of the surrounding grinding disc is provided with a surrounding grinding disc inlet, an eddy grinding foaming disc is disposed on the pressurization stirring foaming wheel close to the surrounding grinding disc end, the eddy grinding foaming disc surface conforms and is close to the surrounding grinding disc surface, and an eddy grinding foaming cavity is disposed between the eddy grinding foaming disc surface and the surrounding grinding disc surface. The foam material generator can produce a wide variety of foam materials able to replace steel, alloys and wood, etc., can convert glass into broad spectrum materials, solves problem of material resource shortage, and brings new era of glass civilization.

Description

technical field [0001] The invention relates to the field of material production equipment, in particular to a foam material generator. It can be used as foam material production equipment to produce brand-new foam materials and brand-new nano-foam materials. Background technique [0002] The existing foam material production equipment has many problems such as the inability to produce foam materials with uniform bubbles, the size of the bubbles, the uniformity of the bubble distribution, the number of bubbles, and the volume ratio of the bubbles, especially the production process of foam metal and foam glass. The backwardness has resulted in the poor performance, low-cost production and wide application of foam materials with excellent performance. Existing technology can't produce more excellent materials such as nano-foam material, foam metallic glass. During the production process of the existing nanomaterials, the nanoparticles are damaged, which greatly reduces t...

AI Technical Summary

Problems solved by technology

[0002] The existing foam material production equipment has many problems such as the inability to produce foam materials with uniform bubbles, the size of the bubbles, the uniformity of the bubble distribution, the number of bubbles, and the volume ratio of the bubbles, especially the production process of foam metal and foam glass. Backward, resulting in foam materials with excellent performance not getting their due performance, cheap production and wide application

Existing technology is even more unable to produce materials with better performance such as nano-foam materials and foam metal glass

During the production process of existing nanomaterials, the nanoparticles are damaged, which greatly reduces the performance of the materials.

The existing material production process generally lacks an important link in the material manufacturing process - material foaming. Generally, only the simple original crystal structure of the material is used, and many advantages of the material foaming and nanostructure are ignored. The development of foam and nanometerization is an inevitable trend

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