
Ultrasonic Spin-Spray Coater/ Lab Spin Coater/Ultrasonic Spin-Spray Coater Cy- Vtc-300uss
Liquid is introduced to the probe through an inlet on the side, usually by gravity or a low pressure pump. There are different probes for different applications. A flat tip probe, for example, can focus particles at a specific location.
Product Details
We will make just about every exertion for industrial sonicator, Ultrasonic Liquid Mixer, Ultrasonic spray Coater. We further strengthen the construction of product after-sales service system, and take the customer as the center, close to the user. We always believe that only the talents suitable for the development of the enterprise and who can make contribution to the enterprise are the talents that the enterprise really needs. We always insist on the training and construction of core team and professional talents, and have forged a core team with broad vision, strong career spirit and excellent professional talent. We grasp new market opportunities to gain a foothold in the market and strengthen the partnership between our company and customers.
What’s the principle of ultrasonic atomization:
Liquid is introduced to the probe through an inlet on the side, usually by gravity or a low pressure pump. There are different probes for different applications. A flat tip probe, for example, can focus particles at a specific location. A wide dispersion probe has an extended spray range, making it ideal for coating applications, and a radial probe is typically used to spray the interior walls of bores.The factors influencing the initial droplet size produced are frequency of vibration, surface tension, and viscosity of the liquid.RPS-SONIC supply the range of 20–100 kHz, beyond the range of human hearing, where the highest frequencies produce the smallest drop size
Introduction of Ultrasonic Coating of Textiles:
In view of the growing demands for the high-quality textile, much research has focused on the antimicrobial finishing of the fabrics protecting customers from pathogenic or odor-generating microorganisms. The metal nano-oxides have a large surface area and can be finely spread on the fabrics. This fact makes them a good alternative to the triclosan, quaternary ammonium salts, and other synthetic organic compounds that now dominate the antimicrobial market.The coating can be performed by an in situ process where the nanoparticles are formed and immediately thrown to the surface of the fabrics. This approach was used for ZnO, CuO, and Zn-CuO nanoparticles. In addition, the sonochemical process can be used as a “throwing stone” technique, namely, previously commercially synthesized nanoparticles will be placed in the sonication bath and sonicated in the presence of the fabric. The last achievements in the antimicrobial finishing of textile with metal nano-oxides by sonochemical method are provided in the third section. One of the proofs that the sonochemical method is one of the best coating methods is that the sonochemically coated fabrics were washed 65 cycles in hospital washing machines (75 or 92 °C) and have shown excellent antibacterial properties at the end of the process.
ultrasonic atomization technology can atomize the suspension or solution into uniform fine droplets which can be coated on the surface of non-woven fabrics and textiles. The coating thickness can be controlled between tens of nanometers and hundreds of micrometers. Compared with the conventional air spray coating, ultrasonic spray coating has the advantage of high-precision control of film thickness, high uniformity, less spatter, and more than 4 times the utilization rate of raw materials. Compared with traditional coating technologies such as roller coating, silk-screen printing, and casting, ultrasonic spray coating has an absolute advantage in the precision control of coating and uniformity.
Ultrasonic coating systems are used to apply advanced high-performance textile coatings during manufacturing. Large area textile coatings applied include: water and oil repellent coatings, antimicrobial, and anti-stain finishes. Uniform thin films of nanosuspensions or solutions are sprayed onto wide webs of fabric for medical textiles, flooring, carpeting, automotive or other industrial textile manufacturing applications.
What’s information we will need before recommend you suitable equipment.
Ultrasonic atomizer information | |
1.why use ultrasonic | More even£ material save£ thinner £ |
2.what’s the material | Water £ others |
3.temperature | Temperature____--____ ℃ |
4.Atomize capacity | ______L/min |
5.Particle size requirements | |
6.Spray width requirements | |
Q: Are you trading company or manufacturer?
A: We are professional manufacturer specialized in ultrasonic welding, ultrasonic cutting , ultrasonic atomizer, and ultrasonic liquid processor.
Q: How many different types of products your company manufactures?
A: Now we have more than 100 products. We have a strong advantage of OEM, we can supply technical service , design service and customize service.
Q: When can I get the price?
A: Usually we quote within 8 hours after we get your inquiry.kindly send email to admin@rps-sonic.com if you wanna get price from us.
We always adhere to the research and development of independent intellectual property products to manufacture Ultrasonic Spin-Spray Coater/ Lab Spin Coater/Ultrasonic Spin-Spray Coater Cy- Vtc-300uss of the leading level in the industry. We will continue to reform and innovate, improve quality and customer satisfaction to achieve common value and higher expectations. We welcome your inquiries. We will take the scientific concept of development as our guide and vigorously implement the strategy of strengthening the enterprise with talents.
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