空氣霧化噴嘴通過外部混合裝置改變氣體壓力而不改變液體流率來控制霧化，對于扇形噴霧，尺寸”A“流型寬度,如圖所示。噴嘴從噴嘴投射到很大彌散點的總距離為“D”。

霧化噴嘴可以隨時的調整氣壓和水壓，比例可隨時調整，1：15.

噴霧角度為扇形和實心。角度60°。

接口螺紋大小為3/4.

Air atomizing nozzle changing gas pressure by external mixing device without changing the liquid flow rate to control the atomization, the fan-shaped spray, dimension 'A' type flow width, as shown.Nozzle of projects from the nozzle to the maximum dispersion point total distance for the 'D'.

Atomizing nozzle can adjust the air pressure and water pressure, ratio can be adjusted at any time, 1:15.

The spray Angle for the fan and solid.Angle 60 °.

Interface thread size for three quarters.

窄角高沖擊力扇形噴嘴，舌型噴嘴P系列

P或P-Z系列噴嘴很好的特點之一是能夠產生較小的具有高沖擊的扇形狀噴霧。P系列噴嘴產生的噴霧分布均勻，液滴大小中等。

P及P-Z系列噴嘴帶有外管道螺紋接頭的整體設計。大且通暢的流道極大程度的減少了 阻塞現(xiàn)象。經精細工藝加工而成的導流平面能夠確保均勻的、高沖擊力的扇形噴霧，噴霧形狀完整，具有清晰確定的邊緣。

一般應用：

洗滌碎礫石；

高沖擊力洗滌；

qc油漬；

水果與蔬菜洗滌；

造紙機穩(wěn)紙框噴霧；

Narrow Angle high impact fan nozzle, tongue type nozzle P series

P or P - Z series nozzle can produce good is one of the features of smaller fan shape with high impact spray.P series of nozzle spray uniform distribution, droplet size medium.

P and P - Z series nozzles with the integral design of the outer pipe nipple.Big and smooth flow of maximum reduce the blocking phenomenon.Fine processing technology of diversion and plane to ensure uniform, high impact fan-shaped spray, spray shape integrity, have clearly defined edges.

General application:

Washing crushed gravel;

High impact washing;

Remove oil stains;

Fruit and vegetable washing;

Paper machine steady spray paper box;

空氣霧化噴嘴虹吸和重力傳送噴霧裝置（圓形噴霧和扇形噴霧）

優(yōu)點和特性

對于圓形和扇形噴霧，在整個距離B中都保持角度A，超出距離B，噴霧變成湍流，并一直噴射到D距離；

當使用虹吸或重力輸送液體時，液體通過虹吸或重力作用被送往噴嘴；

這些裝置的設計讓液體被吸入輸送管路進入氣流，并在其中被霧化。

Send the spray air atomizing nozzle siphon and gravity, circular spray and fan-shaped spray)

Characteristics and advantages

For circular and fan-shaped spray, remained in the whole distance B Angle A, B, beyond distance spray into turbulence, and injection to D distance;

When using siphon or gravity conveying liquid, the liquid through a siphon or gravity was taken to the nozzle;

These devices designed for liquid pipelines are inhaled into the air, and by atomization in it.