Focusmist Ultrasonic spray nozzle adopts a special contraction flow channel designed to uniformly gather and distribute the carrier gas, so that the liquid mist after ultrasonic atomization is sprayed in a focused form, thereby reducing the spray coating area of the ultrasonic spray nozzle. Focusmist ultrasonic nozzle is suitable for spray small-area film coatings such as fuel cell membrane electrode spray coatings, thin film solar cell spray coatings, selective flux spray coatings, drug stent spray coatings, and drug balloon catheter spray coatings.
Ultrasonic Spray Nozzle
Ultrasonic spray nozzle, also known as ultrasonic atomizing nozzle or ultrasonic nozzle, is an ultrasonic atomizing device based on the principle of horn transducer, It is widely used in nano and sub-micron functional coatings, ultrasonic spray pyrolysis, ultrasonic spray drying and other fields due to their unique advantages. At the same time, ultrasonic nozzle also has the advantages of uniform atomization particles, high precision, extremely low air pressure, high transfer efficiency of raw materials, and non-clogging, etc.
Widemist ultrasonic spray nozzles employ the special design of air flow channel to distribute and deliver the carrier gas into a fan-shaped mist which is atomized by ultrasonic oscillation. And the spray width of the ultrasonic nozzle is consequently increased. Widemist ultrasonic nozzles are quite suitable for various of coating applications, such as fuel cell CCM coatings, thin film solar cell coatings, photoresist coatings, PCB flux coatings, transparent conductive coatings, anti-reflective thin film coatings, and many other large-area thin film production, for example, glass coatings, textile coatings etc..
The Nanomist ultrasonic spray nozzle has a smaller spray coating area and a more precise spray flow rate through a special liquid supply method and air supply mode. The Nanomist ultrasonic nozzle is particularly suitable for small-area film spray coatings, such as drug stent spray coatings, drug balloon spray coatings, and bio-sensor spray coatings.
Conemist ultrasonic spray nozzle transforms the carrier gas into a uniform swirling airflow through a special vortex flow channel design, so that the liquid mist after ultrasonic atomization is scattered and spurted in the form of a cyclone, which enlarges the spraying area of the ultrasonic spray nozzle as well as spray with an angled substrate such as vertical or curved. The scattering type of ultrasonic nozzle is particularly suitable for surface-structured semiconductor photoresist spray coating (semiconductor spray coating).
Penetrator ultrasonic spray nozzle is mainly used for spraying into the inner wall of the tube. The typical application is vacuum blood collection tube spray coating, syringe silicone oil spray coating and etc. Penetrator ultrasonic spray nozzle can be sprayed in parallel with a plurality of ultrasonic nozzles, and is particularly suitable for the blood collection tube spray coatings and the syringe spraying of the array.
Ultrasonic spray pyrolysis nozzle is a specific ultrasonic spray nozzle for fine powder production. It has flange design and can be docked with various standard tube furnaces. And there is a design of forced cooling to adjust to the higher environment temperature, while the embedded temperature sensor can monitor the operating temperature of the ultrasonic spray pyrolysis nozzle in real time. Ultrasonic spray pyrolysis nozzle can uniformly atomize the precursor solution or suspension solution and spray it into the tube furnace for high-temperature thermal decomposition to produce ultra-fine powder, which is the key atomization device in spray thermal decomposition (also known as spray pyrolysis) system.
Ultrasonic spray drying nozzle is a specific ultrasonic nozzle for ultra-fine powder production. It has a special interface design, can be docked with various existing spray dryers, and has a forced cooling design to adapt to the higher environment temperature, while the embedded temperature sensor can monitor the operating temperature of the ultrasonic nozzle in real time. The ultrasonic spray drying nozzle can uniformly atomize the precursor solution or suspension solution and spray it into a drying tower for spray drying to produce ultrafine powder, thus it is a key atomizing device in the spray drying system.
Nano particle generator is an ultrasonic fine particle atomizing device with various flange design. It can be docked with various standard tube furnaces. It is high corrosion resistance, can adapt to various acids and alkalis as well as organic solvents. The Nano particle generator can uniformly atomize the precursor solution or suspension solution and spray it into the tube furnace for high-temperature thermal decomposition to produce ultra-fine powder. It is the key atomization device in the spray thermal decomposition (also known as ultrasonic spray pyrolysis) system.