Production system and production technology of fusion casting refractory material common mould

Abstract

The invention discloses a production system and a production technology of a fusion casting refractory material common mould. The production system comprises a frame. A film supporting vehicle, a sucking disc, a sand bin, a vibration flat machine, a brick table, a sand processing facility, and a dedusting facility are arranged on the frame. The film supporting vehicle comprises a film supporting platform. The upper end face of the film supporting platform is provided with a film supporting shaft and a film cutting resistance wire. The lower end of the film supporting platform is provided withfilm supporting vehicle walking wheels. A sucking disc mechanism comprises a sucking disc rack, an elevating apparatus, a hot air blowing apparatus, a heating apparatus, and a sucking disc. A rainingtype sand feeder is arranged under the sand bin. The raining type sand feeder comprises a suction inlet, a dust sucking device, a fixed plate, and a movable plate. The vibration flat machine comprisesa vacuum chamber, a vibration motor, a flat machine frame, and flat machine walking wheels. In the production technology, a film mulching box, the vibration flat machine, and the film support vehicleswitch between two stations back and forth, so automatic moulding of sand bin is realized, the labor strength of workers is greatly reduced, and the efficiency is extremely high.

Description

technical field [0001] The invention relates to the technical field of top hammer fixing of refractory materials, in particular to a general molding production system and production process of melting and casting refractory materials. Background technique [0002] At present, the known casting refractory molding methods are water glass sticky sand molding and resin sand molding. Both of these are made of chemical adhesives such as water glass and curing agent, mixed with sand in a certain proportion, and the production is produced one by one. Finally, according to the production requirements, the panels are combined into various models. [0003] The disadvantages of water glass sticky sand and resin sand molding methods are: (1) the manpower and material resources invested by these two methods are relatively large; (2) the sand skin after use cannot be reused, causing environmental pollution and waste of resources; (3) The preparation period is long, and linkage production...

AI Technical Summary

Problems solved by technology

[0003] The disadvantages of water glass sticky sand and resin sand molding methods are: (1) the manpower and material resources invested by these two methods are relatively large; (2) the sand skin after use cannot be reused, causing environmental pollution and waste of resources; (3) The preparation period is long, and linkage production cannot be realized, which virtually lengthens the production period and poor mobility

Images