Gypsum block continuous production apparatus capable of adjusting thickness

Abstract

The invention discloses a continuous process system of the plaster block which can adjust the thickness. The present device can not adjust the die and when the plaster is out of the die, the die back plate should be opened. The die is made up of the external dummy plate, the inner dummy plate, the back plate and the die base plate. The stripper device includes the liftout shelf which can extend to the hollow from the bottom of the die car. The liftout plate is contacted to the base plate. The invention can make the process of pouring, solidifying and stripping independent. The space of the die dummy plate can be adjusted, so it can be used for many type of the plaster block.

Description

technical field [0001] The invention relates to production equipment of novel wall building materials, in particular to a production device of gypsum blocks. Background technique [0002] At present, gypsum blocks, as a new type of wall material developed by the state, have been widely used in non-load-bearing interior walls of frame structures and high-rise buildings, and can replace clay bricks that are restricted by the state. [0003] The production equipment of existing gypsum block has replaced manual production device by mechanized equipment. A kind of " gypsum block production device " disclosed as CN2493383Y, has realized the equipment of mechanized production gypsum block exactly, and it combines pouring, solidification, demoulding operation in a set of unit and carries out, though alleviated labor intensity, improved The quality of the blocks, but this device has the following disadvantages: due to the restriction of the chemical characteristics of the plaster po...

AI Technical Summary

Problems solved by technology

A kind of " gypsum block production device " disclosed as CN2493383Y, has realized the equipment of mechanized production gypsum block exactly, and it combines pouring, solidification, demoulding operation in a set of unit and carries out, though alleviated labor intensity, improved The quality of the blocks, but this device has the following disadvantages: due to the restriction of the chemical characteristics of the plaster powder, the time for waiting for the solidification of the gypsum slurry (about 10 minutes) is much longer than that of stirring and grouting (about 2 minutes), demolding (about 3 minutes), the next grouting must wait for the last pouring, solidification, demoulding, and reset (about 20 minutes), so the production time of each block is long and the output is limited.

In addition, the mold partitions of this invention cannot be adjusted, and a set of molds can only produce products of one specification. If the thickness of the block is adjusted, the entire mold must be replaced, thereby increasing the equipment investment per unit output of gypsum blocks, and the comprehensiveness of the products. more expensive

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