Preparation method of high compression ratio 3D high simulation self-expansion model and product

Abstract

Belonging to the technical field of polymer materials, the invention relates to a preparation method of a high compression ratio 3D high simulation self-expansion model and a product. The method mainly includes the steps of: (1) taking high compressible resin, degradable resin, fiber, a compatilizer, an antioxidant and a lubricant as the raw materials to prepare a high compressible and degradablereinforced composite material; and (2) using the high compressible and degradable reinforced composite material prepared by step (1) as the raw material, conducting fused deposition 3D printing molding, and then performing milling to obtain the high compression ratio 3D high simulation self-expansion model. The self-expansion model prepared by the method has the characteristics of high simulation,high compressibility, environmental friendliness and the like. At the same time, the self-expansion model can realize fast compression, expansion and other functions, and can be widely applied to industrial design, aerospace, commercial self-exhibition, real estate sales, academic exchange and other fields.

Description

technical field [0001] The invention belongs to the technical field of polymer materials, and in particular relates to a preparation method and a product of a high-compression-ratio 3D high-simulation self-expanding model. Background technique [0002] With the development of modern science and technology and the improvement of social needs, the types of models have developed from traditional plane models to 3D stereoscopic models. Through the display of this kind of 3D solid model, it can quickly and effectively reflect the essence of the exhibitor's thoughts, and at the same time, it can also help the audience to intuitively understand its purpose. Therefore, 3D stereoscopic models have been widely used in industrial design, commercial self-exhibition, real estate sales, academic exchanges and other fields. [0003] Currently, 3D models for self-exhibition include inflatable models, foam plastic models, plaster models, etc. The inflatable model has the characteristics of...

AI Technical Summary

Problems solved by technology

The inflatable model has the characteristics of high compression ratio, folding and portable transportation; however, it is relatively lacking in the appearance simulation of detailed features, so it is similar to the entity in terms of similarity; at the same time, due to the air leakage of the film, it needs to be used constantly. pump air

Foam plastic models and plaster models have the characteristics of high simulation, and are very similar to the entity in terms of detailed description, so they are also commonly used models; however, they need to be specially protected during transportation to avoid damage to the detailed features of the model caused by bumps. Therefore, lack of portability

In addition, these three types of models have relatively good weather resistance and cannot be rapidly degraded by factors such as microorganisms, light, heat, acid, and alkali in the environment. Therefore, they can exist in nature in the form of garbage for a long time, and are relatively environmentally friendly. Difference

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