怎么判断各类型的增压泵好与坏？现今生产增压泵厂家繁多，技术和工艺都不像同，同样的增压比同样的产品怎么分清楚它们之间的差距和好坏呢？气液增压泵小编就在着给大家简单的介绍几个判断方法。
How to judge whether each type of booster pump is good or bad? Nowadays, there are many manufacturers producing booster pumps, and their technologies and processes are not the same. How can we distinguish the difference and quality between the same booster ratio and the same products? The gas-liquid booster pump editor is going to give you a brief introduction to several judgment methods.
1. 听：把空气增压泵气体增压泵和液体增压泵运行起来，听其换向和运行声音，听到当当的金属撞击声音证明其内部设计有缺陷，很快噗噗声是其换向和行程方面有缺陷。
1. Listen: operate the air booster pump, the gas booster pump and the liquid booster pump, listen to the reversing and running sound, and hear the Dangdang metal impact sound to prove that the internal design is defective. Soon, the popping sound is defective in the reversing and stroke.
2. 看：好的空气增压泵气体增压泵和液体增压泵其缸径和行程比较大。有技术的工厂都省去了外部比较突出的部位改为内置式，整体比较大方和美观。看增压缸是否是双层缸筒和什么材质，一般十倍以下的空气增压泵或气体增压泵单层缸比较多，十倍以上的都是双层缸如菲恩特ZTA10气体增压泵采用双层缸体，内层304不锈钢，外层铝合金便于散热和保证其。
2. Look: the cylinder diameter and stroke of good air booster pump, gas booster pump and liquid booster pump are relatively large. The factory with technology has been replaced with built-in type instead of the external prominent parts, which makes the whole more generous and beautiful. Check whether the booster cylinder is a double-layer cylinder and what kind of material. Generally, there are more single-layer cylinders of air booster pumps or gas booster pumps less than ten times, and more than ten times are double-layer cylinders. For example, feiente zta10 gas booster pump adopts a double-layer cylinder, with 304 stainless steel inside and aluminum alloy outside for heat dissipation and safety.
3. 摸：运行空气增压泵气体增压泵和液体增压泵半个小时，摸其缸筒是否发热发烫，温度正常或者偏低证明其散热性能良好。温度过高证明其内部构造不合理导致摩擦增大和散热性较差。
3. Touch: operate the air booster pump, gas booster pump and liquid booster pump for half an hour, and check whether the cylinder barrel is hot and hot. Normal or low temperature indicates good heat dissipation performance. The high temperature proves that its internal structure is unreasonable, resulting in increased friction and poor heat dissipation.
4. 堵：空气增压泵气体增压泵和液体增压泵自身带有换气孔如菲思特气体增压泵，用密封较好的物品或者手指在增压泵运行时堵住其换气孔。如果增压泵停止工作证明其运行正常，继续工作的话就是设计或者做工不精密，导致密封不完全，会影响后续的被增压介质的纯度和增压比不成比例。
4. Plugging: the air booster pump, the gas booster pump and the liquid booster pump are equipped with ventilation holes, such as the fester gas booster pump, and the ventilation holes of the booster pump are plugged with well sealed objects or fingers when the booster pump is running. If the booster pump stops working to prove its normal operation, if it continues to work, the design or workmanship is not precise, resulting in incomplete sealing, which will affect the purity of the subsequent pressurized medium and the pressure ratio is out of proportion.
How to judge whether each type of booster pump is good or bad? We are here to answer questions in four aspects. If you have any questions, you can follow the website and consult!
