液压式雾化喷嘴的特性和优点:
液压式雾化喷嘴无需使用压缩空气,利用液压就能形成非常微细的空心锥形雾化喷雾;
分布均匀,压力和流量试用范围非常广;
极其细小的颗粒,形成雾状喷雾效果;
墙上安装型喷嘴可用于外墙,容器和管道;
喷孔嵌体、盘芯及过滤器便于拆卸,以进行检测或清洗。
大多数型号均配备内置的滤网。
The characteristics of hydraulic spray nozzle and advantages:
Without using compressed air hydraulic spray nozzle, a very fine hollow cone can be formed using hydraulic atomized spray;
Pressure and flow uniform distribution, trial range is very wide.
Very small particles to form fog spray effect;
Install on the wall type nozzle can be used for exterior wall, containers and pipes;
Inlay, core plate and the nozzle filter is easy to remove, for testing or cleaning.
Most of the models are equipped with a built-in filter.
实心锥形方形喷嘴特点:
G-SQ和GG-SQ系列喷嘴具有可拆卸的帽盖和叶片,不需将喷嘴从集管或分支管上拆下来就可拆卸和检查这些零件。H-SQ系列喷嘴具有可拆卸和检查这些零件。
Solid tapered square nozzle features:
G - SQ and GG - SQ series nozzle has a removable cap and blade, not the nozzle must be removed from the header or branch pipe is removable and inspect these parts.H - SQ series nozzle with removable and inspect these parts.
注:正方形平米喷流图案的边根据喷流压力和喷流距离的不同而与喷嘴的凹槽位置偏离20°-25°Note: a square meter of flow pattern edge according to difference of jet pressure and jet distance and grooves with nozzle deviation from 20 °, 25 °;
喷雾喷嘴喷雾角度和覆盖范围:
喷雾夹角在不同距离下(从喷嘴口算起)的理论覆盖范围(厘米)THEORETICAL COVERAGE AT VARIOUS DISTANCES (IN cm)FROM nozzle ORIPICE 各不相同。
在实际喷雾中,有效喷雾角度因喷雾距离而异,当液体黏度碧水高时,其喷射角度变小,具体取决于黏度,喷嘴流量及喷射压力等。
冲击力 Impact
喷雾对目标表面的冲击,有几处不同的表示方法,与喷雾喷组性能有用的冲击值是每平方厘米冲击力。本质上,该值取决于喷雾形状分布和喷雾角度,首先用公式确定理论总冲击力。然后从表中可查得占理论总冲击力的每平方厘米百分率并乘以理论总冲击力。结果是以公斤/平方厘米表示的喷雾冲击力。液柱流喷嘴产生很大公斤/平方厘米冲击力,可按公式1.9*(喷射压力,公斤/平方厘米)计算。
工作压力Operating Pressure
我们目前提供是数据是喷雾喷嘴或零部件常用的压力范围。一些喷雾喷嘴和零配件可在所给压力之下或之上工作。另一些可在我们的工厂改进或再设计,以适应特定新用途的需要。当您需要更多的喷嘴资料时,请于所在地的代理人取得联系。
The values given in the tabulation sections of this catalog indicate the most commonly used pressure ranges for the most commonly used pressure ranges for the associated spray nozzle for accessories.Some spray nozzles and accessories can perform below or above the pressure shown.