Glass-Reinforced Polypropylene Tank Mixing nozzle is known for the conversion process. It converts the high flow velocity of incoming fluid into low-pressure recirculation (reintroducing fluid to reduce the cost and increase efficiency). A glass nozzle can discharge between three and five times the amount of liquid it pumps. The low-maintenance nozzles are able to mix immediately and continuously at temperatures up to 95°C due to their inherent clog resistance.

Major Features

There are the following significant features of Glass-Reinforced Polypropylene Tank Mixing Nozzle:

Agitation and mixing of fluid

4Spray Glass-Reinforced Polypropylene Tank Mixing Nozzle is designed to create an ease in agitation and mixing of the fluid since it can convert the high-velocity fluid into the low pressure for better results.

Cost efficiency

Due to the recirculation of the liquid, this method proves cost-efficient and effective in many ways, which increases the value of the product.
Low maintenance expense: Moreover, the glass nozzle is famous for requiring less maintenance and does not lose its efficiency even at low temperatures by providing the desired results.

Low maintenance expense

Moreover, the glass nozzle is famous for requiring less maintenance and does not lose its efficiency even at low temperatures by providing the desired results.

Temperature sensitivity

The low-temperature resistivity is a considerably important feature of the product and causes the product to maintain its quality without showing any thermal breakdown.

4Spray tank mixing nozzles provide a simple, cost-effective, and maintenance-free solution by utilizing a pump and submerged spray nozzles instead of conventional mechanical components to mix immiscible liquids and solids required to be kept suspended.

Working principle of Glass-Reinforced Polypropylene Tank Mixing Nozzle

Glass-Reinforced Polypropylene Tank Mixing Nozzle works on the simple principle that with the increase in the velocity of the liquid, the pressure of the liquid decreases and vice versa with the nozzle entirely submerged into the liquid. They use the fluid velocity to create a low-pressure zone that makes the surrounding liquid in the tank enter the nozzle through a low-pressure zone created by the fluid flow.

As a result, an adequate mixing of tank contents and pump fluid takes place. In addition, three to five times more fluid exits the nozzle than is pumped. As a result of this multiplier effect, mixing efficiency is increased while utilizing a small pumping capacity.

Industrial Application of 4Spray Glass-Reinforced Polypropylene Tank Mixing Nozzle

-> We offer a wide selection of cleaning heads and nozzles compatible with almost any type of tank and can be used to clean nearly any kind of residue.

->The systems we provide are fully hygienic, self-cleaning, and can be used in food processing, pharmaceutical, and other hygienic applications. Tank cleaners are also available for fluids that contain high particle content, such as oil muds.

-> Furthermore, we offer ATEX-certified tank cleaning systems that can be used across all ATEX zones.

-> Moreover, our specific system can also handle harsh environments, including acidic ones as well.