Application of gas booster pump in different industries

In today's society, plastic products are used more frequently. Most plastic product producers opt for high-pressure nitrogen to inflate the objects under high pressure, creating a hollow area and resolving product quality issues while saving money.

Application of gas booster pump in gas assisted injection molding

In today's society, plastic products are used more frequently. Most plastic product producers opt for high-pressure nitrogen to inflate the objects under high pressure, creating a hollow area and resolving product quality issues while saving money. Raw resources can also be saved by the issue of shrinking and lack of plumpness.

The auxiliary gas used in gas assisted injection molding is often nitrogen. Due to its inert nature and extreme temperature and pressure, nitrogen should not be altered. Depending on the circumstances at the job site, the nitrogen pressure during gas assisted injection molding ranges from 30-130bar (kg). Finished plastics' wall thickness and raw ingredients primarily reflect this.

To reduce expenses and manage shrinkage, thick edge trays and clothing hangers are typically 30-50bar. High pressure, which is typically maintained at 120 to 130 bar, is required for internal cavities such as car handles and premium toys. The gas booster pump can be split into medium pressure and high pressure depending on the pressure. For instance, dta10 and dtt25 have the ability to raise the nitrogen pressure in the nitrogen generator to 80 and 200 bars, respectively.

The site conditions and needs call for gas assisted injection molding. There are options for medium and high pressure gas booster pumps as well as gas aided injection molding machines. Gas assisted injection molding machines are not necessary to cut costs and shrink. Plastic product manufacturers have different specific parameters about product pressure and internal hollow.

Application of gas booster pump in automobile manufacturing industry

The domestic auto industry is gradually getting more and more automated as a result of the advancement of industrial intelligence. The introduction of pneumatic supercharging items offers the profession of auto production more dependable services. The use of air cannons during the assembly of automobile parts significantly reduces the need for manual labor and speeds up the process of installing cars. The application of the installer's air cannons is nonetheless impacted when many air cannons are fitted simultaneously due to the unsteady and low air pressure.

Right now, the installation of a compressed air pressurizer or pneumatic pressurization system can perfectly handle the presentation of this problem. High-pressure gas is required for the pressure test for the air tightness and fatigue of the car brake pipe. The exorbitant cost of buying the high-pressure compressor is avoided by the introduction of the gas booster pump. A set of air tightness test tools centered on the gas pump can also be put together by the partner.

The pneumatic tray, pneumatic ball valve, and pneumatic actuator assure a stable air pressure when mounting the cylinder to the vehicle. The high pressure gas filling process is another crucial function of the gas booster pump and booster pump in the automobile industry, including the nitrogen tension spring on the vehicle, the tires, and so forth.

This is how booster pumps are used in the production of cars and gas assisted injection molding. If you want to really improve the utilization of the equipment, you should fully understand it in advance and pay attention to our website for more information.

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