Equipment for producing latex mattresses by adopting high-frequency vulcanization and production process

Abstract

The invention discloses a device and a production process for producing latex mattresses by adopting high-frequency vulcanization, and belongs to the technical field of latex mattress production. The invention adopts a high-frequency heater as the heating source in the latex vulcanization process, and uses the polar movement of water molecules under the action of a high-frequency electric field to cause violent collisions in the dried product, thereby realizing the evaporation of water molecules from the inside, with high efficiency. , uniform drying, wide adaptability, less damage to the dried product, and accurate moisture regain control; the invention uses the lower mold bottom plate directly as the cathode of the high-frequency heater to heat the latex pad in the mold from the inside to the outside, and the product Uniform heating; the invention can automatically realize mold closing and mold opening operations, and the mold after mold opening is continuously transmitted to the mold closing process section for reuse, realizing the automation and continuity of the production process, and high production efficiency; latex mold corners The parts are made of nylon or plastic, which effectively avoids the problem of sparks caused by electromagnetic waves colliding with each other, and has high safety.

Description

technical field [0001] The invention relates to the technical field of latex mattress production, in particular to a device and a production process for producing latex mattresses by high-frequency vulcanization. Background technique [0002] The traditional vulcanization and setting method of foamed latex after foaming is to use external hot air and steam to heat the SSF small material to shape the latex pad. This heating method uses a large amount of hot air and steam as the heating source, so the required Energy consumption and waste discharge are particularly large, so the traditional setting method is not energy-saving and environmentally friendly; not only that, in this setting method, the steam heats the foamed latex from the outside to the inside, and its stability is not very good, and the latex is heated unevenly. It often occurs that the heating temperature is too high or too low, which will cause the collapse of the product in severe cases and reduce the qualifie...

AI Technical Summary

Problems solved by technology

[0002] The traditional vulcanization and setting method of foamed latex after foaming is to use external hot air and steam to heat the SSF small material to shape the latex pad. This heating method uses a large amount of hot air and steam as the heating source, so the required Energy consumption and waste discharge are particularly large, so the traditional setting method is not energy-saving and environmentally friendly; not only that, in this setting method, the steam heats the foamed latex from the outside to the inside, and its stability is not very good, and the latex is heated unevenly. It often happens that the heating temperature is too high or too low, which will cause the product to collapse and reduce the qualified rate of the product

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