Ultrasonic Spray Coating Machine
Ultrasonic Nanoscale Conductive Glass Film Spraying Process
Ultrasonic Nanoscale Conductive Glass Film Spraying Process Description: The ultrasonic nano level conductive glass film spraying process is an efficient thin film preparation technology. It uses high-frequency ultrasonic waves to atomize conductive materials (such as silver, indium tin oxide, etc.) and evenly spray them onto the surface of the glass substrate, forming nano level conductive thin films and manufacturing glass thin films with good conductivity and transparency.
EMI Shielding Ultrasonic Spraying Coating Technology
EMI Shielding Ultrasonic Spraying Coating Technology Description: EMI shielding ultrasonic spraying technology is a revolutionary technique for shielding within the critical frequency range of 1-500MHz. As is well known, the frequency range of 1-500MHz covers common frequencies of many electronic devices, from daily smartphones to complex industrial control systems. EMI shielding ultrasonic spraying technology precisely deposits conductive materials to form an ultra-thin but
CIGS Solar Panels Thin Film Ultrasonic Atomization
CIGS Solar Panels Thin Film Ultrasonic Atomization Description: CIGS thin film cells, as the substrate of stacked cell structures, have unique advantages in the development of flexible solar energy devices. As is well known, flexible CIGS stacked cells have the characteristics of lightweight, high efficiency, and radiation resistance, and have great potential in fields such as drones, wearable devices, and space satellites that are highly sensitive to three-dimensional space
Proton Exchange Membrane Fuel Cell Ultrasonic Spray Coating
Proton Exchange Membrane Fuel Cell Ultrasonic Spray Coating Description: Proton exchange membrane fuel cell ultrasonic spraying is an efficient and low-cost ultrasonic technology that effectively prevents the aggregation of precious metal catalysts due to uneven and precipitation effects during use, allowing them to be evenly distributed on the electrode surface and ensuring their activity in chemical reactions, greatly improving the overall performance of the electrode. In
Anion Exchange Membrane AEM Ultrasonic Spraying System
Anion Exchange Membrane AEM Ultrasonic Spraying System Description: With the emergence of ultrasonic precision spraying technology, a revolutionary solution has been brought to anion membrane spraying. When the ultrasonic spraying equipment is started, the high-frequency vibration of ultrasonic waves quickly atomizes the coating into extremely small particles. These tiny particles adhere precisely to specific surfaces of the anion exchange membrane under the propulsion of the
Ultrasonic AEM Spraying Technology
Ultrasonic AEM Spraying Technology Description: Ultrasonic AEM spraying is a high-precision, low waste spraying technological know-how appropriate for non-contact machining processes. Ultrasonic AEM spraying generates extraordinarily small droplets via ultrasonic vibration, accomplishing micrometer or even nanometer stage coating thickness control, making sure excessive uniformity and accuracy of the coating.Ultrasonic AEM spraying is appropriate for liquid substances of a
100Khz Custom Line Spray Nozzle Nano Film Thickness Ultrasonic Coating Instrument FS150
100Khz Custom Line Spray Nozzle Nano Film Thickness Ultrasonic Coating Instrument FS150 Description: The 100Khz customized line spray nozzle nano film thickness ultrasonic coating instrument FS150 is a device that uses ultrasonic high-frequency vibration technology for spraying. It is mainly developed for enterprises, high-efficiency, and research institutes that are new to ultrasonic spraying equipment.During the spraying process, different frequencies of ultrasonic waves
110Khz High Frequency Ultrasonic Vortexing Spraying Coating Nozzles
110Khz High Frequency Ultrasonic Vortexing Spraying Coating Nozzles Description: The vortex type ultrasonic nozzle produces a medium width spray pattern, which is wider than the gathering type ultrasonic nozzle, but narrower than the spray pattern of the wide type ultrasonic nozzle. The vortex type ultrasonic nozzle uses low-speed rotating air/gas to produce a wide and stable spray pattern. The vortex type ultrasonic nozzle produces a conical spray pattern with a diameter of
120Khz High Frequency Ultrasonic Wide-band Anti Reflection Coating Spray Nozzle
120Khz High Frequency Ultrasonic Wide-band Anti Reflection Coating Spray Nozzle Product Specifications Attribute Value Production Name Ultrasonic Widemist Spray Nozzle Frequency 120Khz Max Power 1-15w Automized Particle Size Range 15-40μm Spray flow 0.5-20ml/min Liquid viscosity
120Khz Low Power Ultrasonic Spray Nozzle Coating Technology
120Khz Low Power Ultrasonic Spray Nozzle Coating Technology Product Specifications Attribute Value Production Name Ultrasonic Widemist Spray Nozzle Frequency 120Khz Max Power 1-15w Automized Particle Size Range 15-40μm Spray flow 0.5-20ml/min Liquid viscosity
100Khz Fine And Micro Multi Channel Injection Tube Bracket Ultrasonic Nozzle
100Khz Fine And Micro Multi-Channel Injection Tube Bracket Ultrasonic Nozzle Description: The 100Khz fine and micro multi-channel injection tube bracket ultrasonic nozzle is installed above the bracket by placing the bracket on a spindle connected to the rotating shaft. The axis can not only rotate but also translate, allowing the bracket to spray along its entire length. By performing multiple lateral movements on the bracket, the appropriate coating quality can be achieved.
High Frequency 100Khz Line Micro Nano Mist Sprayer
High Frequency 100Khz Line Micro Nano Mist Sprayer Description: 100K high-frequency ultrasonic line spray nozzle is a kind of spray nozzle, which is mainly used in ultrasonic atomization technology. The nozzle with 100K frequency can produce small and uniform droplet atomization, which is suitable for occasions with high requirements for precision and consistency of spray particles, such as cosmetics, perfume, drugs, etc. Fine control of atomization effect can be achieved by
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle
PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle Description: PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle adopts an air cover, which can form a wide "vortex like" dispersion, making it very suitable for coating flat objects such as PEM fuel cells and solar cells. It is best to use a reciprocating vortex type nozzle. You can use a simple XY workbench. PEM Fuel Cell Flat Material Ultrasonic Conical Spray Nozzle produces a medium width spray pattern,
Ultrasonic Wide Open Mist Fan Shaped Area Spraying Nozzle System
Ultrasonic Wide Open Mist Fan Shaped Area Spraying Nozzle System Description: Ultrasonic Wide Open Mist Fan Shaped Area Spraying Nozzle uses low-pressure air/gas to produce a uniform wide spray belt, with a maximum width of 10 cm, which is suitable for sector area spraying. Ultrasonic Wide Open Mist Fan Shaped Area Spraying Nozzle system has significant advantages over the traditional pressure spray method. Whether it is coating non-woven fabrics, float glass, or spraying
60K High Temperature Ultrasonic Spraying Technology Nebulizer
60K High-Temperature Ultrasonic Spraying Technology Nebulizer Description: 60K high-temperature ultrasonic atomization nozzle is a type of ultrasonic atomization nozzle product specifically designed for high-temperature situations. It uses special high-temperature ceramic piezoelectric components and high-temperature structural materials, enabling it to operate normally in temperature environments up to 600 ° C. Parameters: Type FSW-6007-L Name Ultrasonic High Temperature
220v Ultrasonic Fume Hood Coating System FS630
Ultrasonic Fume Hood Coating System FS630 Description: The fume hood type ultrasonic precision spraying machine is a specially developed equipment for working conditions where a large amount of exhaust gas is generated during spraying. Suitable for spraying solutions with light toxicity and pollution, excess atomized exhaust gas can be discharged through the exhaust system. It is also suitable for spraying workpieces that require high-temperature heating, and gases that
Protein Surface Polymer Ultrasonic Stent Coating
Protein Surface Polymer Ultrasonic Stent Coating Description: Ultrasonic spraying has high controllability and can provide very high transfer efficiency for precise thin films of solutions or suspensions such as biopolymers, proteins, EDTA, heparin, amino acids, enzymes, plasma, and preservatives. Therefore, the medical industry is one of the earliest fields in which ultrasonic spraying entered. In the field of biomedicine, ultrasonic spraying is mainly used in drug
High Frequency 120K Ultrasonic Atomizing Nozzle Spraying
High Frequency 120K Ultrasonic Atomizing Nozzle Spraying Description: The 120K ultrasonic atomizing nozzle disperses water or liquid under the high-frequency vibration of ultrasonic waves, forming tiny particles ranging from 10 μ m to 35 μ m. Unlike the traditional spray head, which relies on pressure and high-speed movement to crush the liquid into small particles, the ultrasonic spray head uses higher frequency and lower ultrasonic vibration energy to atomize the liquid.
Ultrasonic Atomization Technology Spray Nozzle 100Khz
Ultrasonic Atomization Technology Spray Nozzle 100Khz Description: Ultrasonic Atomization Technology Spray Nozzle 100Khz is a device in atomization equipment that obtains high-energy and high-speed atomization medium, and is also a key component that plays an important role in atomization efficiency and stability of atomization process. The nozzle is made of high-strength titanium alloy and other proprietary metals, making them particularly resistant to chemical corrosion and
60Khz Ultrasonic Spraying Nebulizing And Atomizing Nozzles For Thin Film Coated
60Khz Ultrasonic Spraying Nebulizing And Atomizing Nozzles For Thin Film Coated Description: 60Khz Ultrasonic Spraying Nebulizing and Atomizing Nozzles for Thin Film Coated is combined with a controlled jet from a planar jet guide plate. The atomized spray is immediately entrained in the airflow on the atomized surface of the nozzle, forming a fan-shaped spray style. The speed of air flow is controllable, thus allowing low or high impact of atomized spray on products or