A heavy hammer slapping synthetic stone molding machine and its processing technology

Abstract

A heavy hammer slap type synthetic stone forming machine and its processing technology, comprising a base, a slapping weight installed on the base, and a driver for driving the slapping weight, the base has a loading material area, the slapping weight slaps the loading area. In the present invention, a slap hammer with a sufficient weight is used to directly slap the synthetic stone mixture on the base, so that the binder in the synthetic stone mixture can be better distributed in the synthetic stone mixture by slapping, and The formation of high-strength, high-density synthetic stone slabs greatly reduces the adhesives required in the original synthetic stone production technology. The invention has the advantages of simple structure, stable operation, convenient maintenance, fast production speed, etc., and can fully meet the needs of continuous large-scale production.

Description

technical field [0001] The invention relates to a synthetic stone forming equipment and a processing technique, in particular to a hammer-slapping synthetic stone forming equipment and a processing technique without a pressure system. Background technique [0002] As an important part of building materials, natural stone has been widely used since ancient times because of its diverse colors and easy development. However, with the excessive increase of its mining volume and low mining utilization rate, the mining of natural stone is gradually restricted, especially in European countries, which have banned the mining of natural stone. Moreover, the products in each mining area have unique designs and varieties, which further increases the difficulty in their use. People have been looking for alternatives to it. With the development of the economy, building decoration materials are changing with each passing day. As a new type of decoration material, synthetic stone has great...

AI Technical Summary

Problems solved by technology

In the above technical solution, pressure is applied through hydraulic pressure, and vibration is performed by a vibrating motor, but this pressing plate method has the following disadvantages, because the vibrating motor works with high-frequency vibration, so that the hydraulic system is always in the cycle of pressurization and release , the hydraulic pressure has been in a state of virtual pressure, unable to exert sufficient pressure on the plate

At the same time, the vibration system will cause lasting and continuous damage to the stability of the whole machine.

In order to meet the plate forming, it takes a lot of time to waste

The above technical solutions can be called the "pressure + vibration" synthesis method. The problem that the entire industry has been solving is how to combine pressure and vibration force, but this problem has not been solved, which has seriously affected the development of synthetic stone molding equipment. There is always a lack of a mature, large-scale application, and fast forming synthetic stone forming equipment and process

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