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| MOQ: | 1 ยูนิต |
| ราคา: | Negotation |
| บรรจุภัณฑ์มาตรฐาน: | บรรจุด้วยกล่องไม้ |
| วิธีการชำระเงิน: | ที/ที, เวสเทิร์นยูเนี่ยน |
| กำลังการผลิต: | 1,000 หน่วยต่อเดือน |
Description:
60kHz ultrasonic go with the flow glass spraying is a technique approach of spraying ultrasonic technological know-how on the surface of glass products. Ultrasonic go with the flow glass spraying is a procedure in which coating substances are atomized into small droplets via ultrasonic vibration, and uniformly sprayed onto the glass surface below the power of compressed air. The coating is then firmly adhered to the floor via fantastic warmness cure or chemical curing.
The anti fouling coating system of the ultrasonic waft glass coating device prevents corrosion, and a uniform coating of acidic combination is deposited on the glass to forestall the formation of stains throughout glass transportation and storage. The go with the flow glass coating gadget the use ofultrasonic spraying is an high quality choice to powder spraying or strain spraying processes, which has considerable blessings in contrast to different spraying methods. The most necessary element is that there is no blockage and minimal cloth overspray, making it very skinny and uniform.
This ultrasonic waft spraying method can supply purposeful coatings such as wear-resistant, anti fog, and antibacterial coatings on the floor whilst preserving the overall performance of the glass body. It is broadly used in the floor change of glass merchandise in the fields of construction, automotive, electronics, and so on.
Parameters:
| Product Type | Intelligent Ultrasonic Precision Coating Machine desktop Type FS620V |
| Spray Nozzle Operating Frequency | 20-200Khz |
| Nozzle Power | 1-15W |
| Continuous Spraying Volume Max | 0.5-10ml/min |
| Effective Spraying Width | 2-100mm |
| Spray Uniformity | ≥95% |
| Solution Conversion Rate | ≥95% |
| Dry Film Thickness | 20nm-100μm |
| Solution Viscosity | ≤30cps |
| Temperature Range | 1-60℃ |
| Atomized Particles (Median Value) | 15-40μm (distilled water), determined by the frequency of the nozzle |
| Diversion Pressure Max | ≤0.05MPA |
| Input Voltage | 220V±10%/50-60Hz |
| Exercise Mode | XYZ three-axis, independently programmable |
| Control Mode | FUNSONIC spraying control system, PLC control, 13.3-inch full-color touch screen |
| Control Content | Ultrasonic spraying, liquid supply, heating, ultrasonic dispersion and other systems |
| Liquid Supply Method | Precision injection pump |
| Ultrasonic Dispersion System (Optional) | 20ml or 50ml, 40K, biological grade sampler |
| Rated Power of Ultrasonic Dispersion System | 100W |
Advantages :
1. More uniform coating distribution:
Ultrasonic atomization can generate great droplets with a diameter of 5-50 microns, which can be sprayed greater evenly on the surface of the substrate beneath the motionof compressed air, keeping off the hassle of neighborhood uneven thickness.
2. Higher coating adhesion:
Due to the small droplet measurement and excessive kinetic energy, it can higher engage with the substrate surface physically/chemically, forming a dense and company coating.
3. Lower electricity consumption and pollution:
The use of ultrasonic atomization can drastically decrease the consumption of compressed air and paint for the duration of the spraying process, thereby decreasing strength consumption and exhaust emissions.
4. More appropriate for thermosensitive substrates:
Compared to ordinary spraying processes, ultrasonic waft approach does now not require high-pressure spraying and high-temperature baking, making it greater appropriate for thermosensitive substrates such as glass and plastic.
5. Higher manufacturing efficiency:
Through automation control, ultrasonic drift approach can reap non-stop high-speed spraying, extensively enhancing manufacturing efficiency. In summary, ultrasonic flow spraying science is an superior coating science that is clean, environmentally friendly, low power consumption, and broadly applicable, with large software potentialities in industries such as glass.
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| MOQ: | 1 ยูนิต |
| ราคา: | Negotation |
| บรรจุภัณฑ์มาตรฐาน: | บรรจุด้วยกล่องไม้ |
| วิธีการชำระเงิน: | ที/ที, เวสเทิร์นยูเนี่ยน |
| กำลังการผลิต: | 1,000 หน่วยต่อเดือน |
Description:
60kHz ultrasonic go with the flow glass spraying is a technique approach of spraying ultrasonic technological know-how on the surface of glass products. Ultrasonic go with the flow glass spraying is a procedure in which coating substances are atomized into small droplets via ultrasonic vibration, and uniformly sprayed onto the glass surface below the power of compressed air. The coating is then firmly adhered to the floor via fantastic warmness cure or chemical curing.
The anti fouling coating system of the ultrasonic waft glass coating device prevents corrosion, and a uniform coating of acidic combination is deposited on the glass to forestall the formation of stains throughout glass transportation and storage. The go with the flow glass coating gadget the use ofultrasonic spraying is an high quality choice to powder spraying or strain spraying processes, which has considerable blessings in contrast to different spraying methods. The most necessary element is that there is no blockage and minimal cloth overspray, making it very skinny and uniform.
This ultrasonic waft spraying method can supply purposeful coatings such as wear-resistant, anti fog, and antibacterial coatings on the floor whilst preserving the overall performance of the glass body. It is broadly used in the floor change of glass merchandise in the fields of construction, automotive, electronics, and so on.
Parameters:
| Product Type | Intelligent Ultrasonic Precision Coating Machine desktop Type FS620V |
| Spray Nozzle Operating Frequency | 20-200Khz |
| Nozzle Power | 1-15W |
| Continuous Spraying Volume Max | 0.5-10ml/min |
| Effective Spraying Width | 2-100mm |
| Spray Uniformity | ≥95% |
| Solution Conversion Rate | ≥95% |
| Dry Film Thickness | 20nm-100μm |
| Solution Viscosity | ≤30cps |
| Temperature Range | 1-60℃ |
| Atomized Particles (Median Value) | 15-40μm (distilled water), determined by the frequency of the nozzle |
| Diversion Pressure Max | ≤0.05MPA |
| Input Voltage | 220V±10%/50-60Hz |
| Exercise Mode | XYZ three-axis, independently programmable |
| Control Mode | FUNSONIC spraying control system, PLC control, 13.3-inch full-color touch screen |
| Control Content | Ultrasonic spraying, liquid supply, heating, ultrasonic dispersion and other systems |
| Liquid Supply Method | Precision injection pump |
| Ultrasonic Dispersion System (Optional) | 20ml or 50ml, 40K, biological grade sampler |
| Rated Power of Ultrasonic Dispersion System | 100W |
Advantages :
1. More uniform coating distribution:
Ultrasonic atomization can generate great droplets with a diameter of 5-50 microns, which can be sprayed greater evenly on the surface of the substrate beneath the motionof compressed air, keeping off the hassle of neighborhood uneven thickness.
2. Higher coating adhesion:
Due to the small droplet measurement and excessive kinetic energy, it can higher engage with the substrate surface physically/chemically, forming a dense and company coating.
3. Lower electricity consumption and pollution:
The use of ultrasonic atomization can drastically decrease the consumption of compressed air and paint for the duration of the spraying process, thereby decreasing strength consumption and exhaust emissions.
4. More appropriate for thermosensitive substrates:
Compared to ordinary spraying processes, ultrasonic waft approach does now not require high-pressure spraying and high-temperature baking, making it greater appropriate for thermosensitive substrates such as glass and plastic.
5. Higher manufacturing efficiency:
Through automation control, ultrasonic drift approach can reap non-stop high-speed spraying, extensively enhancing manufacturing efficiency. In summary, ultrasonic flow spraying science is an superior coating science that is clean, environmentally friendly, low power consumption, and broadly applicable, with large software potentialities in industries such as glass.
