Undersaturation resin moulding by casting flowline operating device

Abstract

The invention discloses a production device in a pouring and forming streamline for unsaturated resin. A plurality of work tables are arranged on one side of a frame, a semi-closed oven is arranged on the frame, the bottom of the semi-closed oven is provided with a built-in transmission chain, a heating wire group is arranged in the semi-closed oven above the built-in transmission chain, and the frame on the other side opposite to the semi-closed oven is provided with an external transmission chain. The invention realizes the quick streamline production for the poured unsaturated resin products, prevents the hidden danger of a closed oven, improves the working environment, lowers the labor intensity, improves the productivity greatly, reduces the energy consumption and saves the production site, more importantly, ensures quality of the products as the manufacturing process of the products is consistent .

Description

technical field [0001] The invention relates to an unsaturated resin pouring and molding assembly line. Background technique [0002] At present, casting products made of unsaturated resin adopts the process of filling the mold with resin outside the oven, and then putting it into a closed oven to cure the molding process. In this process, the mold filled with resin needs to be kept at a certain temperature in the oven for a certain period of time. Let the product cure. During the curing period, the oven door is not allowed to be opened, which leads to the inability to realize the assembly line operation, the operation speed is slow and the efficiency is low, and there are certain potential safety hazards. At the same time, because the mold needs to wait for a period of time outside the oven, it will inevitably cause the mold to cool down, and the temperature of the mold plays a key role in the surface quality of the product, which ultimately leads to product quality that c...

AI Technical Summary

Problems solved by technology

During the curing period, the oven door is not allowed to be opened, resulting in the inability to realize assembly line operation, slow operation speed and low efficiency, and there are certain safety hazards

At the same time, because the mold needs to wait for a period of time outside the oven, it will inevitably cause the mold to cool down, and the temperature of the mold plays a key role in the surface quality of the product, which will eventually lead to product quality that cannot be guaranteed

In addition, when the workpiece is taken out of the oven, the oven door must be opened, causing the high-temperature gas inside to rush directly to the operator, which seriously affects the health of the operator and pollutes the entire workshop environment

And at the same time, the temperature in the oven drops rapidly, and it still needs to waste a lot of electric energy to reach the working temperature when working again.

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