Gypsum plank production main unit and production method

Abstract

The invention provides a gypsum plank production main unit which comprises plank molds and a rod pulling device. Each plank mold comprises a mold machine frame, wherein a clamping plate supporting beam is disposed on the mold machine frame, a plurality of clamping plates arrayed in parallel are disposed on the clamping plate supporting beam through a slide rail in a sliding fit mode, and gaps arereserved between the clamping plates to serve as spaces for pouring forming of gypsum planks. The rod pulling device comprises a rod pulling machine frame. A core rod pulling frame capable of moving back and forth is disposed in the rod pulling machine frame. A core rod is connected to the core rod pulling frame. A production method of the block planks includes the steps of grouting, scraping, core rod pulling, end mold opening, clamping plate opening, plank transferring and clamping plate closing. By means of the technical scheme, automatic production of plank blocks is realized, core rod pulling, mold opening, demolding and the like are all automatic operations, production efficiency is improved, and labor is saved; and by means of the two plank molds, continuous production is realized,and the problem that no continuous operation cannot performed in the production step during product in the past is avoided.

Description

technical field [0001] The invention relates to the technical field of building material production equipment, in particular to a gypsum lath production host and a production method. Background technique [0002] Gypsum hollow slats are a kind of gypsum boards, which are made of building gypsum as the base material, mixed with inorganic light aggregates and inorganic fiber reinforcement materials, and are mainly used for non-load-bearing interior walls of buildings. The use of gypsum hollow slabs as building interior partition walls has the same advantages as gypsum blocks, but the weight per unit area is lighter and the construction efficiency is higher. It can reduce the self-weight of the building, reduce the load of the foundation, and effectively reduce the construction cost. The length of the slats is determined with the height of the building, so the construction efficiency is also higher. Gypsum hollow slats have light weight, high strength, heat insulation, sound ...

AI Technical Summary

Problems solved by technology

The production of gypsum hollow slabs generally includes processes such as slurry mixing, pouring, core pulling, and drying. Currently, operations such as pouring and core pulling are manually completed during the production of gypsum hollow slabs, and the production efficiency is low; The mold cannot perform other work during the board, resulting in the stoppage of its production supporting equipment, resulting in a waste of production resources

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