Ultrasonic High Temperature Spray Nozzle

◆ Atomized particle size range (μm)：26-65

◆ Spray width（mm）：3-5

◆ Spray flow（ml/min）：0.5-10

◆ Spray height（mm）：5-30

◆ Liquid viscosity（cps）：＜15

◆ Particle size（μm）：＜8

◆ Diversion pressure（Mpa）：＜0.05

◆ Temperature (℃）：Room temperature~300

60K

Short Description

High temperature ultrasonic nozzle is a specialized ultrasonic nozzle designed for high-temperature environments. A cooling device has been added to the conventional ultrasonic atomizing nozzle structure, optimizing the performance of the nozzle components and enabling stable operation in high-temperature environments. The nozzle has a special flange design that can be adjusted in size according to usage, enabling it to be used in conjunction with other equipment. In addition, temperature sensors can be installed inside the nozzle to monitor the working temperature of the ultrasonic nozzle in real time. Through dedicated ultrasonic software, alarm thresholds can be set to communicate and link with other automation equipment.

Advantages

◆ Wide working temperature range: can operate stably within a wide temperature range of -40 ° C to 600 ° C.

◆ Excellent atomization performance: able to produce small and uniform droplets with a diameter of 5-15 microns.

◆ Strong corrosion resistance: Using special high-temperature resistant alloy materials, it can also work stably in corrosive environments for a long time.

◆ Low energy consumption and noise: Compared with the traditional high-pressure spray technology, the energy consumption is only about 1/10 of that, and the noise is also lower.

◆ Compact structure and easy integration: compact in size, it can be easily integrated into various high-temperature equipment.

Application

1.Metallurgical industry:Application scenarios: Atomization cooling and humidification in high-temperature furnaces, molten metal pools, and other environments
Advantages: High temperature resistance, improved equipment stability and production efficiency
2. Chemical industry:Application scenario: reactant/medium spray of high-temperature reaction kettle, distillation tower, etc
Advantages: Corrosion resistance, helps improve reaction control and product quality
3. Glass industry:Application scenario: atomization cooling in high-temperature areas such as glass furnaces and annealing furnaces
Advantages: Good high-temperature stability, beneficial for optimizing glass manufacturing processes
4. Electronics industry:Application scenario: Cleaning and disinfection in semiconductor equipment and electronic component manufacturing
Advantages: Low noise, no environmental pollution, helps improve cleanliness 5. Aerospace field:Application scenario: engine spray cooling, cabin environment disinfection, etc