Organic silicon rubber production equipment and production process thereof

Abstract

The invention relates to the technical field of organic silicon rubber production and processing equipment and discloses organic silicon rubber production equipment and a production process thereof. The organic silicon rubber production equipment comprises a box body, wherein a preliminary billowing mechanism is arranged in the box body and comprises a transverse plate, a first shifting plate, a second shifting plate, a first ejector rod, a first spring and a first arc plate. By using the organic silicon rubber production equipment disclosed by the invention, through movement of the transverse plate in the box body, water impacts the inner concave surface of the first shifting plate and is pushed to the left side of the first shifting plate through guidance of the inner concave surface of the first shifting plate, so that the left-right flowing effect of the water in the box body is improved; and the water below the second shifting plate impacts the inner concave surface of the second shifting plate, so that the low-temperature water at the bottom of the box body is conveyed to the position of an opening of the box body through drainage of the second shifting plate, and the low-temperature water at the bottom of the box body is mixed with high-temperature water in contact with a rubber sheet at the opening in the box body, the convection effect of the water near the bottom layer in the box body and the opening of the box body is improved, a temperature difference of cooling water in the box body is reduced, and the rubber sheet entering the box body are cooled more uniformly.

Description

technical field [0001] The invention relates to the technical field of silicone rubber production and processing equipment, in particular to a silicone rubber production equipment and a production process thereof. Background technique [0002] In the production process of the rubber sheet, cooling the high-temperature rubber sheet is one of the steps. The existing rubber sheet cooling step makes the rubber sheet with a higher temperature pass through the cooling liquid, and the cut rubber sheet is cut by the cooling liquid. The heat of the rubber sheet is taken away, but due to the characteristics of the liquid, the cooling liquid in contact with the rubber sheet absorbs more heat, and the cooling liquid at the bottom of the container needs to absorb the heat of the cooling liquid that first contacts the rubber sheet before heating up. It is this process of heat conduction that causes a temperature difference between the upper coolant and the bottom coolant, and when the rub...

AI Technical Summary

Problems solved by technology

[0002] In the production process of the rubber sheet, cooling the high-temperature rubber sheet is one of the steps. The existing rubber sheet cooling step makes the rubber sheet with a higher temperature pass through the cooling liquid, and the cut rubber sheet is cut by the cooling liquid. The heat of the rubber sheet is taken away, but due to the characteristics of the liquid, the cooling liquid in contact with the rubber sheet absorbs more heat, and the cooling liquid at the bottom of the container needs to absorb the heat of the cooling liquid that first contacts the rubber sheet before heating up. It is this process of heat conduction that causes a temperature difference between the upper coolant and the bottom coolant, and when the rubber sheet passes through the container containing the coolant, it first contacts the rubber sheet with the cooling liquid than the rubber sheet pulls. The temperature of the cooling liquid in the part of the open container is high, and there will also be a temperature difference. The existence of this temperature difference makes the cooling effect of the cooling liquid on the rubber sheet different, making the cooling of the rubber sheet uneven.

Images