Separation liquid for recovering rubber and application thereof
A technology for recycling rubber and separating liquid, applied in recycling technology, plastic recycling, etc., can solve the problem of no separation method, and achieve the effect of saving resources, convenient and quick operation, and saving labor.
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Embodiment 1
[0031] In a 100-liter stainless steel kettle with a heating device, add 30 kilograms of discarded rubber-soled sports shoes, and then add 20 liters of pentaerythritol / 1,3-propanediol (volume ratio of 1:1). Heat the stainless steel kettle to 150 degrees, maintain the temperature for 10 minutes, the sole and upper will fall off automatically, if not fall off, mechanically stir a few times. Then the stainless steel kettle is lowered to room temperature, the upper and the sole are pulled out, and cleaned with water.
Embodiment 2
[0033] In a 100-liter stainless steel kettle with a heating device, add 30 kilograms of discarded rubber-soled sports shoes, and then add 20 liters of polyethylene glycol / diethylene glycol (volume ratio is 1:1). Heat the stainless steel kettle to 150 degrees, maintain the temperature for 10 minutes, the sole and upper will fall off automatically, if not fall off, mechanically stir a few times. Then the stainless steel kettle is lowered to room temperature, the upper and the sole are pulled out, and cleaned with water.
Embodiment 3
[0035] In a 100-liter stainless steel kettle with a heating device, add 30 kilograms of discarded rubber-soled sports shoes, and then add 20 liters of polyethylene glycol / diethylene glycol (volume ratio is 1:1). Heat the stainless steel kettle to 180 degrees, maintain the temperature for 10 minutes, the sole and upper will fall off automatically, if not fall off, mechanically stir a few times. Then the stainless steel kettle is lowered to room temperature, the upper and the sole are pulled out, and cleaned with water.
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