A heat-sensitive organic compound heating and melting device

Abstract

The invention discloses a thermosensitive organic compound heating smelting device which comprises an electric control box, a heating smelting furnace and a heat preservation furnace, wherein the heating smelting furnace is communicated with the heat preservation furnace and is arranged above the heat preservation furnace; a material outlet is formed in the bottom of the heat preservation furnace; a top cover is arranged on the top of the heating smelting furnace; a heating smelting furnace heating device is arranged in the heating smelting furnace; a heat preservation device is arranged on the heat preservation furnace; a material storage card for containing materials is mounted at the bottom in the heating smelting furnace; a slit for enabling the smelted materials to flow into the heat preservation furnace is formed in the material storage card; a material storage card heating device matched with the material storage card is mounted in the heating smelting furnace. The heating smelting device can store solid materials and absorb heat to smelt the materials, has a function of separating solid and liquid immediately after the materials are heated to be smelted, and has the characteristics of control sensitivity, convenience in use and the like, can precisely heat the materials, does not cause partial overheating, saves energy and the like.

Description

technical field [0001] The invention relates to a heating device, in particular to a heat-sensitive organic compound heating and melting device. Background technique [0002] Heating and melting solid materials is a processing procedure that is often encountered in the industrial sector. The usual technology is to heat a batch of materials in a heater to let the materials melt naturally and become liquid. There are two problems in this heating and melting method. One is that the heat transfer method of solid materials is only carried out by heat conduction, and the heat transfer is very slow. It is necessary to use Δt much higher than the melting point of the material as a driving force to increase the melting speed; the second is that Excessively high Δt can easily lead to the melting temperature of the material close to the heater wall is much higher than its melting point temperature, this phenomenon is called local overheating. In order to overcome these deficiencies, s...

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Problems solved by technology

Heating and melting these solid curing agents often encounter the above-mentioned local overheating, resulting in serious discoloration of the curing agent, and the phenomenon that the curing agent cannot meet the requirements of use and is scrapped.

Moreover, in the heating and melting process, in order to speed up the melting speed, the heating temperature is generally set relatively high. After local overheating, not only the material will deteriorate, but also a large amount of smoke will be generated, which will pollute the environment and violate the requirements of clean and civilized production.

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