Die set of electromagnetic energy heating forming cold sizing equipment

Abstract

The invention discloses a die set of electromagnetic energy heating forming cold sizing equipment. The die set comprises an upper die set and a lower die set; fixed part bases of the upper die set andthe lower die set and outer die bodies, middle die bodies and inner die bodies are formed by assembling an upper die base nonmagnetic metal plate or high-pressure resistant heat insulation plate, a lower die base nonmagnetic metal plate or high-pressure resistant heat insulation plate, an upper die set outer die heat insulation plate, a lower die set outer die heat insulation plate, an upper dieset middle die body, a lower die set middle die body, upper die set inner die fixing parts and lower die set inner die fixing parts; an upper and lower die set closed material forming cavity is formedby an upper die set outer die electromagnetic heating ring, a lower die set outer die electromagnetic heating ring, a die cold and heat source conducting cavity and a lower die cold and heat source conducting cavity. The die set differs from a common conventional die in that the die set can be directly mounted or refitted on equipment required to be produced, and the electromagnetic energy is used for induction rapid heating and water cooling to produce a product required to be thermoformed and cold-formed.

Description

technical field [0001] The invention relates to an environment-friendly and energy-saving mold set for directly heating and forming cold-setting equipment with electromagnetic energy Background technique [0002] The existing thermoforming and cold-setting equipment and supporting molds on the market need to be heated by high-temperature steam and cooled by low-temperature water (because the fluid in the cooling water pipeline is the same), and the heat energy used is all, and all of them use boilers to burn energy The heat energy generated, after burning energy (coal, biomass, oil, and natural gas will cause air pollution), heats water to become high-temperature steam, and then transmits it to the equipment through the gas transmission pressurized pipeline for use, which not only consumes energy during the transportation process The loss is large, and in the process of burning energy to generate heat, the air pollution to the environment is also large. After this invention,...

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Problems solved by technology

[0002] The existing thermoforming and cold-setting equipment and supporting molds on the market need to be heated by high-temperature steam and cooled by low-temperature water (because the fluid in the cooling water pipeline is the same), and the heat energy used is all, and all of them use boilers to burn energy The heat energy generated, after burning energy (coal, biomass, oil, and natural gas will cause air pollution), heats water to become high-temperature steam, and then transmits it to the equipment through the gas transmission pressurized pipeline for use, which not only consumes energy during the transportation process The loss is large, and in the process of burning energy to generate heat, the air pollution to the environment is also large. After this invention, the electrothermoforming cold-setting equipment module can replace the original thermoforming and cold-setting equipment mold that generates serious heat pollution. And can save a lot of boiler and energy transmission pipeline construction costs, provide a pollution-free production environment

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