The harm of cavitation to slurry pumps

Negotiable
Condition
New
Type of equipment
Industrial pumps
Delivery type
International delivery
We have introduced the harm of cavitation to slurry pumps in previous articles, so why does it cause such serious damage to slurry pumps? This article will take you to understand.
The damage mechanism of cavitation erosion is: first, inward explosion like vacuum erosion damage; second, there is the accelerated impact after the gas-liquid separation of the granular medium in the slurry. Since this type of bubbles are lighter than the slurry, they are easily rotated. The impeller rushes to the inner wall of the sheath and the front and rear guard plates. The joint gap between the guard plate and sheath breaks. The ruptured liquid quickly fills the cavity and then accelerates to hit the wall. This frequent impact will cause fatigue of the slurry pump material. After peeling, the pits after peeling are more likely to retain bubbles and form eddy currents, which will accelerate the wear of the material wall. This type of damage is a comprehensive damage caused by cavitation and high-speed swirling. The flow parts are damaged quickly, and the appearance after damage is like a large honeycomb. It should be noted that gas cavitation and evacuation are two different concepts. Evacuation results in the separation of gas and liquid, while gas cavitation is caused by the dissolution and subsequent rupture of gas and liquid.
If you want to know more about slurry pumps, please feel free to call us!
Shijiazhuang Pansto Pump Industry is a manufacturer of slurry pumps in Shijiazhuang. It mainly designs, manufactures and sells slurry pumps and accessories. Mainly engaged in mud pumps, submersible pumps, foam pumps, desulfurization pumps and many other series.
www.panstopump.com, laurashi@panstopump.com, 0086-15732149758
Negotiable
China, Shijiazhuang
ХХХ ХХХ-ХХ-ХХ show number

On Taki.Sale from august 2023y.

Ad Number 294856
Posted: 11 may 2024y.
Updated: 11 may 2024y.
Valid before: 11 may 2025y.
Views: 200

Increase efficiency
Share this:
Report a violation
This site uses "cookies". We do not share your data, they are used only for technical purposes and for the convenience of using the site (location, last selection, favorites). More details in Terms of use
Accept and Close