Device for manufacturing water-soluble light diffusion coating in LED (light-emitting diode) tube
The utility model discloses a device for manufacturing a water-soluble light diffusion coating in an LED (light-emitting diode) tube. The device comprises a slurry storage pool, a mixer, a diaphragm pump, a primary ultrasonic defoaming bucket, a first electromagnetic valve, a secondary ultrasonic de...
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creator | GONG SHOUHUA WU CHAO HU LIJUN QIAO GENGXIN SUN WEIGUO HUANG XIAOMING |
description | The utility model discloses a device for manufacturing a water-soluble light diffusion coating in an LED (light-emitting diode) tube. The device comprises a slurry storage pool, a mixer, a diaphragm pump, a primary ultrasonic defoaming bucket, a first electromagnetic valve, a secondary ultrasonic defoaming bucket, a second electromagnetic valve, a powder storage bucket, a third electromagnetic valve and a glass tube. A method for manufacturing the water-soluble light diffusion coating in the LED tube comprises the following steps: 1, defoaming the slurry in the primary ultrasonic defoaming bucket for the first time; 2, defoaming the slurry in the secondary ultrasonic defoaming bucket for the second time; 3, feeding the slurry into the powder storage bucket for later use, and pressing in the glass tube; 4, performing a dry shaping process on the glass tube; and 5, entering the slurry storage pool from the glass tube for recycling. The device has the beneficial effect that the primary ultrasonic defoaming bucke |
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The device comprises a slurry storage pool, a mixer, a diaphragm pump, a primary ultrasonic defoaming bucket, a first electromagnetic valve, a secondary ultrasonic defoaming bucket, a second electromagnetic valve, a powder storage bucket, a third electromagnetic valve and a glass tube. A method for manufacturing the water-soluble light diffusion coating in the LED tube comprises the following steps: 1, defoaming the slurry in the primary ultrasonic defoaming bucket for the first time; 2, defoaming the slurry in the secondary ultrasonic defoaming bucket for the second time; 3, feeding the slurry into the powder storage bucket for later use, and pressing in the glass tube; 4, performing a dry shaping process on the glass tube; and 5, entering the slurry storage pool from the glass tube for recycling. 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The device comprises a slurry storage pool, a mixer, a diaphragm pump, a primary ultrasonic defoaming bucket, a first electromagnetic valve, a secondary ultrasonic defoaming bucket, a second electromagnetic valve, a powder storage bucket, a third electromagnetic valve and a glass tube. A method for manufacturing the water-soluble light diffusion coating in the LED tube comprises the following steps: 1, defoaming the slurry in the primary ultrasonic defoaming bucket for the first time; 2, defoaming the slurry in the secondary ultrasonic defoaming bucket for the second time; 3, feeding the slurry into the powder storage bucket for later use, and pressing in the glass tube; 4, performing a dry shaping process on the glass tube; and 5, entering the slurry storage pool from the glass tube for recycling. The device has the beneficial effect that the primary ultrasonic defoaming bucke</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CHEMICAL COMPOSITION OF GLASSES, GLAZES, OR VITREOUSENAMELS CHEMISTRY GLASS JOINING GLASS TO GLASS OR OTHER MATERIALS METALLURGY MINERAL OR SLAG WOOL SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS,MINERALS OR SLAGS SURFACE TREATMENT OF GLASS |
title | Device for manufacturing water-soluble light diffusion coating in LED (light-emitting diode) tube |
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