Cooling device based on vehicle injection mold equipment machining

Abstract

The invention provides a cooling device based on vehicle injection mold equipment machining. The cooling device comprises an inner way water inlet pipe, a heat exchange water disc, a water cover and abent heat exchange plate; a water cylinder is supported and welded in middle of a water receiving disc base plate; water overflow discs are sleeved and welded at the middle section and the top end ofthe water cylinder; four support plates are supported on the peripheral outer wall of the water receiving disc in an annular array mode; a mounting cover is supported and welded at the top ends of the four support plates; and the mounting cover is cake-shaped and opened in middle. The bent heat exchange plate is provided; through continuous bending of the bent heat exchange plate, a circulating path of inner way cooling water can be lengthened, and the heat exchange time with outer way cooling water can be prolonged; through cooperation between the bent heat exchange plate in multiple placesand the heat exchange water disc in five places for use, the heat exchange and the heat dissipating efficiency of the inner way cooling water can be effectively improved; and the water temperature islowered to guarantee a cooling effect on injection molds.

Description

technical field [0001] The invention belongs to the technical field of auxiliary cooling equipment for automobile processing, and more specifically relates to a cooling device based on the processing of automobile injection mold equipment. Background technique [0002] The purpose of the injection mold cooling device is to cool the product evenly and eject it into the mold in a short period of time. The quality of the water circuit arrangement in the cooling system directly affects the molding and molding cycle of the plastic part. At present, most of the cooling devices on the market are equipped with two cooling water channels inside and outside. The cooling water in the inner channel directly cools the injection mold, and the cooling water in the outer channel is used for heat exchange and heat dissipation of the cooling water in the inner channel. The structural optimization of the mold is not reasonable enough, resulting in low heat exchange efficiency of the inner cool...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the above technical problems, the present invention provides a cooling device based on the processing of automobile injection mold equipment to solve the unreasonable structural optimization of the heat exchange fins of the existing cooling device, resulting in low heat exchange efficiency of the internal cooling water, cooling It takes a long time to affect the molding efficiency, and the blowing cooling effect of the external cooling water is also not good.

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