WAGNER混氣霧化工作原理

AirCoat? atomization principle 混氣霧化工作原理

AirCoat? atomization混氣霧化:
a) Airless無氣: The medium firstly will be atomized airless. 
噴涂材料首先被無氣霧化

b) Air空氣: The already atomized material is fine atomized by air. 
預霧化材料被空氣精細霧化

AirCoat混氣: The combination of the two techniques result in a excellent atomization 
兩種霧化技術的結合造就了極佳的霧化效果


AirCoat? Spraying Pattern 混氣噴涂扇幅




Aircoat atomization 混氣霧化優缺點

ADVANTAGES 優點
 High speed application 高速噴涂應用
 Good surface quality 表面質量好
 Low over-spray, high transfer efficiency 低過噴，高上漆率
 Medium-high material viscosities can be applied 可用于高粘度材料
 High delivery for high surface coverage power 高傳播率和表面覆蓋能力


DISADVANTAGES 缺點
 Less quality surface compared to AirSpray 表面質量比空氣噴涂稍遜

Advantages of AirCoat? vs. Airless 混氣霧化相對于無氣霧化的優點

a) Lower material pressure required 油漆要求壓力較低
b) Higher finishing quality 較高的噴涂質量
c) Less overspray 較低的過噴
d) Paint savings of up to 15% 油漆節省高達15%
e) No edge streaks/stripes with high viscosity media 噴涂高粘度材料時沒有邊條紋
f) Small pump and nozzle wear 較小的供漆泵和噴嘴磨損

Advantages of AirCoat? vs. AirSpray 混氣霧化相對于空氣霧化的優點

a) Reduced overspray 降低了過噴
b) Higher spraying speed 更高的噴涂速度
c) Material savings up to 40% 油漆節省高達40%
d) High viscosity materials can be applied 可以應用于高粘度材料
r) Up to 75% less air required 節省空氣消耗高達75%