A fully automatic integrated assembly line and processing technology for ethylene-propylene rubber compounding rubber

Abstract

A fully automatic integrated assembly line for ethylene-propylene rubber compounding processing technology, including a weighing feeder, a screw feeder, a weighing screw feeder, a feeder, a cooling and screening mechanism, and an extruder, and the ethylene-propylene masterbatch is weighed The feeder and ethylene propylene rubber weighing feeder are connected with the first process screw feeder, the antioxidant weighing screw feeder, clay weighing screw feeder and the first process calcium carbonate weighing screw feeder are connected with the first process The screw feeder is connected, the second process calcium carbonate weighing screw feeder is connected with the second process screw feeder, the first stage extruder barrel is connected to the second stage extruder barrel, and the second stage extruder barrel The end is connected to the granulation mechanism of the extruder, the catalyst feeder is connected to the barrel of the first-stage extruder, and the feeder of the vulcanizing agent is connected to the barrel of the second-stage extruder. The production line of the invention can continuously and automatically produce ethylene-propylene rubber in a closed manner in the field of rubber production, and the produced mixed rubber has high cleanliness and stable product quality and performance.

Description

technical field [0001] The invention relates to the field of rubber compound production equipment and technology, in particular to a fully automatic integrated assembly line and processing technology for ethylene-propylene rubber compound rubber. Background technique [0002] Ethylene-propylene rubber is a kind of organic compound product, which is an extremely important raw material in the rubber product industry, and has a variety of good physical and chemical properties. Ethylene propylene rubber is widely used in many industries such as automobiles, construction accessories, electrical appliances, wires and cables. The current production of ethylene-propylene rubber is mainly as follows: figure 1 As shown, the specific steps are as follows: 1) Manually carry out the material preparation and weighing process; 2) Put the prepared material into the internal mixer for internal mixing; 3) Put the internally mixed material into the open mixer for open mixing; 4) After passin...

AI Technical Summary

Problems solved by technology

The above operations are carried out in sections, so the production efficiency is low, the dust pollution is serious, the labor intensity of the workers is high, and the material preparation is carried out manually, and the dosage is often not the same, so the product quality is often not uniform.

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