A shockproof, sound-insulating and heat-insulating lightweight partition wall board and its manufacturing method

Abstract

The invention provides a shockproof sound insulation heat preservation partition plate manufacturing method. The method includes the following steps of A, laying a fiber mesh, B, pouring a first reinforcing face layer, C, laying a fiber mesh, D, pouring a sound insulation heat preservation layer, E, laying a fiber mesh, G, laying a steel wire mesh, H, pouring a reinforcing face layer and I, laying a fiber mesh. A shockproof sound insulation heat preservation partition plate comprises a second reinforcing face layer, the first reinforcing face layer, the sound insulation heat preservation layer, the steel wire mesh and the fiber mesh. The invention provides the shockproof sound insulation heat preservation light partition plate manufacturing method and the shockproof sound insulation heat preservation partition plate, the forming way is flat die pouring, in the production process, multiple times of strong rolling is conducted when the main ingredients of all mixtures are the same and in the state of porridge, and one-time forming is achieved. The partition plate manufactured through the method is large in manufacturing difficulty, but is good in comprehensive performance, such as shock resistance, sound insulation, heat preservation, heat insulation, fire prevention, damp prevention and impact prevention, and the partition plate is environmentally friendly and free of pollution.

Description

technical field [0001] The invention belongs to the field of building materials, and in particular relates to an earthquake-proof, sound-insulating and heat-insulating lightweight partition wall board and a manufacturing method thereof. Background technique [0002] In the field of construction, there are many types of new partition panels, such as fiber reinforced cement concrete hollow partition panels, industrial ash concrete hollow partition panels, steel wire grid polystyrene lightweight partition panels, and magnesium oxychloride cement composite sandwich panels. Lightweight partition boards and silicon-calcium solid polyfoam boards, etc., each partition board has its advantages and disadvantages. Some partition boards have high manufacturing costs, some have low strength, and some contain harmful substances. Some are not easy to decorate, and some are cracked and shelled. As far as the currently representative calcium silicate board and pure steel mesh board are conc...

AI Technical Summary

Problems solved by technology

[0002] In the field of construction, there are many types of new partition panels, such as fiber-reinforced cement concrete hollow partition panels, industrial ash concrete hollow partition panels, steel wire grid polystyrene lightweight partition panels, and magnesium oxychloride cement composite sandwich panels. Lightweight partition boards and silicon-calcium solid polyfoam boards, etc., each partition board has its advantages and disadvantages. Some partition boards have high manufacturing costs, some have low strength, and some contain harmful substances. Some are not easy to decorate, some are cracked and peeled off, etc.

As far as the currently representative calcium silicate board and pure steel mesh board are concerned in the partition wall materials, the former is to cast a mixture of polystyrene particles and cement between two outer boards, and form it through mold vibration. Simple, but the surface is too smooth, the adhesion is weak, the composition of the surface and the interior is different, and the joint surface is easy to peel off; the latter is excellent in shock resistance, but its production process is more complicated, and it is not easy for the owner to modify the hydropower after installation, and the production the cost is too high

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