超聲波霧化噴嘴
國內起初自動化超聲波噴涂設備，采用發(fā)明的超聲波噴頭技術，可提供均勻有效的薄膜噴涂及噴霧熱解，膜厚可達幾十納米。適用于薄膜太陽能電池、燃料電池、半導體光刻膠、電子傳感器、PCB助焊劑、無紡布功能涂層、玻璃鍍膜等多種納米及亞微米級薄膜制備。
超聲波噴嘴的用途：
干霧降塵；
噴霧加濕；
干霧降塵系統(tǒng)；
薄膜噴涂及噴霧熱解；
超聲波霧化噴嘴的構造：
內超聲波霧化噴嘴屬霧化噴嘴,它由進油管(1),進氣管(2),超聲波發(fā)生器(3),共振腔(4)及噴頭(6)所組成。利用超聲波發(fā)生器與共振腔作用產生高頻超聲波,將油料霧化成細小油珠,與氣體混合由噴頭的噴油孔噴入鍋爐內,從而既保證了高的霧化質量。
Ultrasonic nozzle USES:
Dry fog dust;
Spray humidification;
Dry fog dust system;
Thin film coating and spray pyrolysis
The structure of the ultrasonic atomizationnozzle:
In ultrasonic atomization nozzle atomizer nozzle,it consists of inlet pipe
(1), air inlet pipe
(3) ultrasonic generator,cavity
the ultrasonic generator and the cavity effect produce high-frequency
high-energy ultrasound, fuel atomization into tiny oil bead, mixed with gas
from the nozzle spray hole is sprayed into the boiler at a certain Angle, which
not only ensure the high quality of atomization.
Domestic exclusive automatic ultrasonic spraying
equipment, the use of a patent for invention of ultrasonic nozzle technology,
can provide efficient thin film coating and spray pyrolysis, the most thin film
thickness can be up to tens of nanometers.Suitable
for thin film solar cells, fuel cells, semiconductor lithography glue,
electronic sensors, PCB flux, non-woven fabric coating, glass coating and so on
the many kinds of nanometer and submicron level membrane preparation.
