Method for manufacturing vibration isolator
A manufacturing method and vibration isolator technology, applied in the direction of coating, etc., can solve the problems of no vertical bearing capacity, poor bearing capacity, poor vibration isolation capacity, etc.
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Embodiment 1
[0018] In 100 liters of reactor, add 50kg weight percent and be 45% butyl latex, start stirring, then add 0.5kg sulfur and 1.5kg zinc diethyldithiocarbamate in butyl latex, each 10kg The four-acicular zinc oxide whiskers with a needle length of 40 μm are added to butyl latex, stirred evenly, and then sent to a centrifugal filter, and the filtered butyl latex can be recycled; the four-acicular zinc oxide whiskers coated with butyl latex on the surface The whiskers are sent to a fluidized bed dryer at 50°C for 60 minutes to dry, and then the dried four-needle zinc oxide whiskers are sent to another fluidized bed dryer at 170°C for 5 minutes of vulcanization to obtain a surface dip coating The tetraacicular zinc oxide whiskers of the upper layer of rubber layer; the obtained tetraacicular zinc oxide whiskers are then added to the recovered butyl latex, stirred, centrifugally filtered, boiled and dried, and vulcanized, and so on. The zinc oxide whisker surface is dip-coated with 5...
Embodiment 2
[0021] In 100 liters of reactor, add 50kg weight percentage composition and be 55% butyl latex, start stirring, then add 1.5kg sulfur and 2.5kg zinc diethyldithiocarbamate in butyl latex, 8kg each The four-acicular zinc oxide whiskers with a needle length of 50 μm are added to butyl latex, stirred evenly, and then sent to a centrifugal filter, and the filtered butyl latex can be recycled; the four-acicular zinc oxide whiskers coated with butyl latex on the surface The whiskers are sent to a 60°C fluidized bed dryer for 30 minutes to dry, and then the dried four-needle-shaped zinc oxide whiskers are sent to another 160°C fluidized bed dryer for 10 minutes of vulcanization to obtain a surface dip coating The tetraacicular zinc oxide whiskers of the upper layer of rubber layer; the obtained tetraacicular zinc oxide whiskers are then added to the recovered butyl latex, stirred, centrifugally filtered, boiled and dried, vulcanized, and so on. The surface of the zinc oxide whisker i...
Embodiment 3
[0024]In 100 liters of reactor, add 50kg weight percent and be 50% butyl latex, start stirring, then add 1.0kg sulfur and 2.0kg zinc diethyldithiocarbamate in butyl latex, 9kg each The tetraacicular zinc oxide whiskers with a needle length of 45 μm are added to butyl latex, stirred evenly, and then sent to a centrifugal filter. The filtered butyl latex can be recycled and reused; the tetraacicular zinc oxide whiskers coated with butyl latex on the surface Send the whiskers to a fluidized bed dryer at 55°C for 45 minutes to dry, and then send the dried four-needle zinc oxide whiskers to another fluidized bed dryer at 165°C for 8 minutes of vulcanization to obtain a surface dip coating The tetraacicular zinc oxide whiskers of the upper layer of rubber layer; the obtained tetraacicular zinc oxide whiskers are then added to the recovered butyl latex, stirred, centrifugally filtered, boiled and dried, and vulcanized, and so on. The surface of the zinc oxide whisker is dip-coated wi...
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