Pneumatic boosting equipment driven by clean compressed air requires no electrical power connection, produces no electrical sparks during operation, and features intrinsic safety, making it especially suitable for flammable and explosive hazardous areas in the petroleum, chemical, aerospace, and other industries.
| Parameter Category | Capability Range |
|---|---|
| Drive Method | Driven by clean compressed air (no power supply required) |
| Boosting Media | Nitrogen, argon, air, oxygen, hydrogen, and various other gases |
| Output Pressure | Customized according to requirements, covering low pressure to ultra-high pressure |
| Output Flow Rate | Flexible configuration to suit different operating conditions |
| Control Mode | Manual/automatic options available, supporting precise regulation |
| Sealing Structure | Self-lubricating seals, oil-free operation |
| Installation Method | Mobile (cart-mounted)/fixed options available |
| Feature | Description |
|---|---|
| Safe and Explosion-Proof | Powered by compressed air, requiring no power supply and eliminating electric sparks; suitable for hazardous flammable and explosive operating conditions |
| Oil-Free Lubrication | Adopts a self-lubricating sealing structure, requiring no lubricating oil during operation, ensuring media purity and low maintenance costs |
| Flexible Combination | Supports multi-stage pump combinations in series or parallel, flexibly meeting wide-ranging pressure and flow requirements in different scenarios |
| Precision Control | Can be equipped with a controller for automated control, enabling precise regulation and stabilization of output pressure and flow |
| Multiple Structural Options | Various installation structures, such as mobile (cart-mounted) or fixed types, can be designed according to customer site conditions |
| Industry | Typical Applications |
|---|---|
| Petrochemical | Pipeline pressure testing, valve gas-tightness testing, reactor gas boosting |
| Aerospace | High-pressure gas sources for ground test benches, fuel supply system testing |
| Hydrogen Energy | Hydrogen boosting at hydrogen refueling stations, hydrogen storage cylinder filling |
| Semiconductor | Process gas delivery, specialty gas boosting |
| Scientific Research Experiments | High-pressure gas dynamics experiments, material performance testing |
| Application Requirement | Recommended Solution | Key Considerations |
|---|---|---|
| Explosion-proof applications | Pneumatic boosting system (intrinsically safe) | No power supply required, no electric sparks |
| High gas purity requirements | Oil-free lubrication structure | No media contamination, maintenance-free |
| Wide pressure and flow requirements | Multi-stage series/parallel combination | Flexible expansion, configured as needed |
| Automated control required | Controller configuration | Precise regulation, stable pressure/flow |
| On-site rotational use at multiple points | Mobile (cart-mounted) | Push-and-use convenience, mobile and flexible |
| Continuous gas supply for production lines | Fixed type | Good stability, can be integrated with control systems |
| Advantage | Description |
|---|---|
| Intrinsically Safe | No power supply required, no electric sparks, suitable for explosion-proof areas |
| Pure Media | Oil-free lubrication design ensures gas cleanliness |
| Flexible Configuration | Modular design, combined as needed to meet different pressure/flow requirements |
| Stable and Reliable | Mature technology platform with stable long-term operation |
| Customization Capability | Mobile or fixed structures provided according to site conditions |
| Type | Features | Applicable Scenarios |
|---|---|---|
| Mobile (Cart-Mounted) | Compact structure, easy to move | On-site testing, rotational use at multiple points |
| Fixed Type | Good stability, can be integrated with control systems | Continuous gas supply for production lines, long-term operation |
HOFUTECH—Safe and Explosion-Proof · Oil-Free and Clean · Flexible Customization, providing reliable gas boosting solutions for demanding operating conditions