Vapor-liquid slurry mixed transfer pump, multiphase pump

Vapor-liquid slurry mixed transfer pump, multi-phase pump Vapor-liquid slurry mixed transfer pump, multi-phase pump has no impact parts to damage your product, the boundary layer can protect the pump, vapor-liquid slurry mixed transfer pump, multi-phase pump To the greatest extent possible, fundamentally eliminate clogging, cavitation, excessive wear, product medium damage and other phenomena that affect pump performance. Vapor-liquid slurry mixed transport pumps and multi-phase pumps are more reliable, efficient and economical in demanding applications, have long service life, require less maintenance, and most importantly do not damage the media products.
Abrasive
Due to the protective boundary layer, abrasive particles will not grind and wear the rotating blade surface. Since there is no wear on the rotor, there is no loss in efficiency.
The rock (mm) is put into the multi-phase pump chamber of the multi-phase vapor-liquid slurry mixed transmission pump with a small opening. After several days of continuous operation, the inner surface of the pump does not suffer any damage or wear. Vapor-liquid slurry mixed transmission pumps and multi-phase pumps will not suffer major wear under extremely abrasive working conditions. This is the official source of the durability of our pumps' service life.
Product Protection
For the transportation of precision products and those products that cannot be damaged, in the vapor-liquid slurry mixed pump and multi-phase pump chamber, there are no impact components from the impeller edge, only Contact transport of fluid in a non-vortex flow channel. Vapor-liquid slurry mixed transfer pumps and multi-phase pumps themselves can provide precise product protection, and in many cases product damage can be completely eliminated. This is the greatest success of our vapor-liquid slurry mixed transmission pump and multi-phase pump, and it also makes the use of vapor-liquid slurry mixed transmission pump and multi-phase pump infinitely extended. Suitable for use in papermaking, petrochemical and many other industrial applications.
This is a sanitary gas-liquid slurry mixed transmission pump. The multi-phase pump is used to transport plasma, juice, and dairy products with minimal product loss. Juice is sensitive to impact and abrasion, and users need it to be completely damage-free. Any other pump causes the product loss to reach %, but with our vapor-liquid slurry mixed pump and multi-phase pump (non-clogging pump), this number drops to zero!
Viscosity
When dealing with highly viscous fluid media, no other pump is as competent as a vapor-liquid slurry mixed transfer pump or a multi-phase pump. Viscous drag allows fluid to naturally pass through the flat blade gap. In fact, the more sticky it is, the more efficiency it can increase. Vapor-liquid slurry mixed transport pumps and multi-phase pumps require much lower power than corresponding centrifugal pumps.
Vapor-liquid slurry mixed transport pumps and multi-phase pumps are widely used in paper mills. Vapor-liquid slurry mixed transfer pumps and multiphase pumps are the only pumps that can be used in this situation and do not require diluting media. Being able to handle viscous media eliminates the need for other storage tanks and vacuum systems in the factory, saving energy and Use water.
Solid Particles
Even if the content of solid particles in the transported medium exceeds %, the vapor-liquid slurry mixed transmission pump and multi-phase pump can still transport smoothly. The unique open design of the vapor-liquid slurry mixed transport pump and multi-phase pump eliminates the need for precise tolerances in the pump chamber, and even large solid particles will not block the pump chamber.
Media containing gas and air
Due to non-impact and sheet-like flow, even bubbles will not burst during transportation. They pass through the flat impeller as smoothly as solid particles. When the vapor-liquid slurry mixed transmission pump and multi-phase pump deliver fluids, even if the gas content exceeds %, there will be no bubble explosion or rupture, and no cavitation, noise, vibration, etc. will occur.