Spinning workshop noise reduction treatment method
A noise reduction processing and workshop technology, applied in the field of noise reduction, can solve the problems of large coverage, loud noise, increased cost, etc., to achieve excellent antistatic performance, improve noise reduction effect, and improve the effect of noise reduction level.
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Embodiment 1
[0019] This embodiment proposes a method for reducing noise in a spinning workshop, which includes the following steps:
[0020] S1: Set a circle of movable rails around the spinning workshop, and install a sliding noise reduction board in the movable rails, and the sliding noise reduction board is a foldable structure;
[0021] S2: Coating polyester layer, corona layer, silicon coating layer, adhesive layer and antistatic layer on the surface of the sliding noise reduction board from inside to outside in sequence, and coating the polyester layer, corona layer 1. On the silicon-coated layer, the adhesive layer and the antistatic layer, a plurality of sound holes arranged at equal intervals are opened, and the diameter of the sound holes is 0.5cm;
[0022] S3: filling the inner side of the sound hole in step S2 with sound-absorbing cotton, and setting a sound-absorbing block on the outer layer of the sound hole;
[0023] S4: Open some small holes in the middle of the sound-abs...
Embodiment 2
[0025] This embodiment proposes a method for reducing noise in a spinning workshop, which includes the following steps:
[0026] S1: Set a circle of movable rails around the spinning workshop, and install a sliding noise reduction board in the movable rails, and the sliding noise reduction board is a foldable structure;
[0027] S2: Coating polyester layer, corona layer, silicon coating layer, adhesive layer and antistatic layer on the surface of the sliding noise reduction board from inside to outside in sequence, and coating the polyester layer, corona layer , The silicon-coated layer, the adhesive layer and the antistatic layer are provided with a plurality of sound holes arranged at equal intervals, and the diameter of the sound holes is 2cm;
[0028] S3: filling the inner side of the sound hole in step S2 with sound-absorbing cotton, and setting a sound-absorbing block on the outer layer of the sound hole;
[0029] S4: Open some small holes in the middle of the sound-abs...
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