1、设计原理：
1)油枪采用了一种全新的雾化技术—气泡雾化技术，利用流体力学的“两相流”理论，将低压雾化介质（蒸汽或压缩空气）注入到低压油里面，在一混合腔内混合，形成油包气的特定流态－气泡油，利用气泡的产生、运动、变形，直至在枪头出口处形成气泡内外压力差，通过其压差使气泡涨裂来雾化。
1. Design Principle:
1) Fuel nozzle adopts a new atomization technology - bubble atomization technology. Using the two-phase flow theory, the low pressure atomizing medium (steam or compressed air) is injected into the low pressure oil. Mixing in the mixing chamber to form a specific flow pattern of oil and gas - bubble oil. By using the generation, movement and deformation of the bubble, the pressure difference between inside and outside the bubble is formed at the exit of the gun head, and the gas is inflated and cracked through the pressure difference to atomize.
2、应用场合：
1) 独特新颖的喷油嘴结构燃烧各种液体燃料，可以作为：柴油油枪、重油油枪、渣油油枪、奥里油油枪、原油油枪、樟脑油油枪、废油油枪、废液喷枪、废机油油枪、煤焦油油枪、液体燃料喷火嘴、火嘴、油嘴使用。
2. Applications:
1) The unique and novel nozzle structure can burn all kinds of liquid fuels. For example: diesel oil, heavy oil, residual oil, Ori oil, crude oil, camphor oil, waste oil, waste liquid, waste oil, coal tar, liquid fuel, etc.
3、产品特点：
1) 液雾颗粒度小（SMD<45mm），尺寸分布均匀（尺寸分布指数N>2）。
2) 介质粘度使用范围<70E°，重渣油需加热到85℃以上。
3) 雾化耗气量少，ALR<0.1。
4) 火焰刚性强，火焰喷射速度高，解决了喷嘴堵塞、结焦问题。
3. Product features:
1) Small particle size of liquid mist (SMD<45mm), uniform size distribution (size distribution index N>2).
2) Viscosity range of the medium is <70E°, and the heavy residue needs to be heated to 85℃.
3) Low consumption of atomizing medium, ALR<0.1.
4) Strong flame rigidity, high flame jet speed, solve the nozzle blockage, coking problems.
4、技术参数：
1) 燃油流量：2kg/h- 7000kg/h（根据用户要求设计）
2) 燃油压力：0.2-1.0MPa
3) 蒸汽雾化介质压力：0.2-1.0MPa
4) 油枪直径：Φ22-Φ76（根据用户要求设计）
5) 油枪长度：100mm-15000mm（根据用户要求设计）
6) 火焰夹角：10-120度（根据用户要求设计）
4. Technical parameters:
1) Fuel flow: 2kg/ h-7000kg /h (designed for user requirements)
2) Fuel pressure: 0.2-1.0MPa
3) Steam atomization medium pressure: 0.2-1.0MPa
4) Diameter of fuel nozzle: Φ22-Φ76 (designed for user requirements)
5) Length of fuel nozzle: 100mm-15000mm (designed for user requirements)
6) Angle of flame: 10-120 degrees (designed for user requirements)
