High pressure gas booster filling auxiliary equipment for high-pressure reactor filling

High pressure gas booster filling auxiliary equipment for high-pressure reactor filling

30MPaHigh pressure gas booster filling auxiliary equipment for high-pressure reactor filling

STA60 gas booster pump GBS-STA60 nitrogen booster pressure range 0-48MPa

40MPa High Pressure Reactor Pneumatic Gas Boosting and Filling Auxiliary Equipment、30MPa high-pressure reactor pneumatic nitrogen pressurization auxiliary equipment Pneumatic nitrogen pressurization equipment、STA60 gas booster pump GBS-STA60 nitrogen boosterSTA40 pneumatic gas booster pump GBS-STA40 nitrogen booster!STA10/STA25/STA40/STA60/STA100The series of pneumatic gas booster pumps are suitable for low-pressure oxygen booster filling, hydrogen booster filling, nitrogen booster filling, compressed air booster filling, helium booster filling of residual gas cylinders such as oxygen cylinders, nitrogen cylinders, hydrogen cylinders, etc. It is suitable for high-pressure booster filling of low-pressure oxygen, nitrogen, hydrogen and other media weighing more than 10 kilograms. The maximum high pressure can reach 32MPa. The booster pump is driven by 3-8 kilograms of compressed air, and the booster chamber is isolated from the drive chamber to prevent contamination by the booster medium. The booster chamber adopts oil-free lubrication technology to achieve explosion-proof, oil proof, safe and reliable! For specific details, please consult customer service representative Wang!

Adopting SaisteThe STA60 series single-stage single acting gas booster pump can be made into a matching GBS-STA60 nitrogen booster (pressure range 0-48MPa), and the following types of booster pumps can be selected according to the pressure size, with different booster ratios;STA10 gas booster pump GBS-STE10 nitrogen booster pump STA60 gas booster pump GBS-STE60 nitrogen booster pump STA25 gas booster pump GBS-STE25 nitrogen booster pump STA100 gas booster pump GBS-STE100 nitrogen booster pump STD40 gas booster pump GBS-STED40 nitrogen booster pump

、30MPa high-pressure reactor pneumatic nitrogen pressurization auxiliary equipmentalso canAdopting SaisteThe STD40 series single-stage double acting gas booster pump can be made into a matching GBS-STD40 nitrogen booster (pressure range 0-32MPa), and the following types of booster pumps can be selected according to the pressure size, with different booster ratios;STD10 gas booster pump GBS-STD10 nitrogen booster pump STD60 gas booster pump GBS-STD60 nitrogen booster pump STD25 gas booster pump GBS-STD25 nitrogen booster pump STD100 gas booster pump GBS-STD100 nitrogen booster pump STD40 gas booster pump GBS-STD40 nitrogen booster pump

STT40 series pneumatic oxygen booster pump GBS-STT40 gas booster filling system

STT40 series pneumatic oxygen booster pump GBS-STT40 gas booster filling systemspecificallyThe STT40 series gas booster pump is suitable for pneumatic oxygen boosting and filling, hydrogen boosting, nitrogen boosting, low-pressure compressed air boosting, helium boosting. It is suitable for high-pressure boosting and filling of low-pressure oxygen, nitrogen, hydrogen and other media within 1-10 kilograms. The highest pressure can reach 32MPa. The booster pump is driven by 3-8 kilograms of compressed air, and the booster chamber is isolated from the drive chamber to prevent contamination by the boosting medium. The booster chamber adopts oil-free lubrication technology to achieve explosion-proof and oil proof safety and reliability! Specially suitable for low-pressure oxygen pressurization filling, nitrogen pressurization, helium pressurization recovery devices, and hydrogen pressure boosting devices! For specific details, please consult customer service representative Wang!

STA40 gas booster pump GBS-STA40 nitrogen boosterGas filling machine, carbon dioxide gas filling equipment, nitrous oxide filling equipment, nitrogen boosterIt is a pneumatic booster equipment developed by Saist Company based on different medium properties, suitable for various gas filling and pressurization, includingOxygen boosting filling equipment, hydrogen pressure boosting device, nitrogen booster, air boosting equipment, nitrous oxide and other gas-liquid two-phase filling equipmentThe control method includes manual control of gas pressurization filling equipment, PLC control of gas pressurization filling equipment, computer control of air tightness pressurization detection equipment! Specific selection based on the properties of the pressurized gas and the pressure and flow control method of the filling gas!

STA40 pneumatic gas booster pump GBS-STA40 nitrogen booster as shown above and below

High pressure reactor nitrogen booster pump high pressure nitrogen filling equipment

High pressure reactor nitrogen booster pump high pressure nitrogen filling equipment

The Saist gas booster pump has a complete range of booster pump models, including single acting single-stage (such as STA series), double acting single-stage (such as STD series), double acting two-stage (such as STT series), and Power Star series. Various models of booster pumps can obtain different pressure and flow ratios individually or in combination, which can meet the requirements of high-pressure gas applications in various fields. For specific selection, please consult customer service.

National King mobile phone: 1805702606 Welcome your call

The STA series gas booster pump adopts a single gas controlled non-equilibrium gas distribution valve to achieve the reciprocating motion of the pump. All are made of aluminum alloy and stainless steel, and all seals are imported high-quality products. The designed driving pressure is 10 bar. To ensure the service life of the pump, it is recommended that the driving pressure be ≤ 8 bar.

The driving piston diameter of this gas booster pump is 160mm, and it is a single acting pump. All single acting pump heads are equipped with exhaust cooling.

Scope of application

Suitable for high-pressure and low flow applications, such as air tightness testing, high-pressure reactor inflation, automotive brake system testing, high-pressure gas injection molding, etc.

Gas booster pumpCompressible gas medium
Air, oxygen (O2), nitrogen (N2), hydrogen (H2), helium (He), neon (Ne), argon (Ar), natural gas, coal gas, carbon dioxide (CO2), carbon monoxide (CO), nitrous oxide (N2O), heavy hydrogen (D2), refrigerants, fire extinguishing agents, methane propane and other hydrocarbon gases, hospital respiratory gases (N2+O2), sulfur hexafluoride gas (SF6), ethylene (C2H4), inert gases, etc.

PL=driving air pressure PA=input air pressure PB=output air pressure

Gas booster pumpProduct features and applications:

The Saist gas booster pump is developed by Saist Company through the introduction of foreign product technology and continuous innovation and improvement. Saist gas booster pump has the following characteristics:

⊙ Multiple gas drives: compressed air, nitrogen, water vapor, natural gas, etc. can all be used as the driving gas source for the pump.

⊙ Wide application range: Used in the industrial field for pneumatic chuck clamping, accumulator inflation, high-pressure bottle inflation in machine tools, converting low-pressure gas into high-pressure gas, etc. Whenever the gas source pressure is not high enough, whether it is industrial machinery or testing equipment, the Saist gas booster pump can be used.

⊙ Automatic pressure maintenance: Regardless of the reason for the pressure drop in the pressure maintenance circuit, the Saist pump will automatically start to supplement the leakage pressure and maintain a constant circuit pressure.

⊙ Operation safety: Gas driven, no arc or spark, * used in places with flammable and explosive liquids or gases.

⊙ Easy maintenance: Compared with other gas driven pumps, the Saist pump can complete the same work, but it has fewer parts and seals, making maintenance simpler.

⊙ High cost-effectiveness: The Saist gas booster pump is a piston type pump. During operation, the Saist gas booster pump rapidly reciprocates. As the output pressure increases, the reciprocating speed of the pump slows down until it stops. At this time, the output pressure of the pump is constant, the energy consumption is * * * low, and all components stop moving. Due to the simple structure of the piston pump, it is easy to maintain.

Typical applications are as follows:

Provide static pressure and burst testing for valves, fittings, pressure vessels, etc.

Static and dynamic testing of aerospace accessories after maintenance

◆ Safety valve calibration

Valve and wellhead equipment water bubble test

Detection of air pressure regulator

◆ Automotive brake system testing

◆ Communication cable inflation equipment

Aircraft tires and hydraulic accumulator filled with nitrogen gas

◆ High pressure nitrogen inflation during auxiliary injection molding

Compression of ultra pure gas (CO2 ultra extraction)

Testing of high-pressure gas systems and instruments.

◆ Destructive testing of address specimens

◆ Demineralization processes, such as reverse osmosis and desalination

◆ Provide pressure for testing or calibrating natural gas components

◆ Record the power of downhole fluid depth acoustic equipment

Research on the morphology of high-pressure gas flow.

High pressure airtightness test bench - gas pressurization system

The gas pressurization system is particularly suitable for pressure testing of pressure equipment such as valve pipelines, high-pressure vessels, and connectors, gas cylinder filling tests, airtightness tests, airtightness tests, burst pressure tests, etc. It can also be used as a testing tool for schools, scientific research, and inspection departments.

The pneumatic boosting equipment of Saiste has the characteristics of explosion-proof, adjustable output pressure, small size, light weight, simple operation, reliable performance, and wide applicability. It uses compressed air as the power source and gas booster pump as the pressure source, and the output gas pressure is proportional to the driving gas source pressure.

The pneumatic booster equipment only needs to be connected to the driving gas source, the tested part that needs to be tested for pressure, adjust the pressure of the binary system, open the manual directional valve, open the high-pressure needle valve, and the gas booster pump starts working. By adjusting the pressure through the regulating valve, the required pressure can be output. When the set pressure is reached, the booster pump stops working. Or when the high-pressure expression reaches the required pressure, close the manual directional valve to stop the pump from working.