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Nitrogen Booster
Designed specifically for nitrogen pressure boosting, this device efficiently compresses low-pressure nitrogen (5–10 bar) to high-pressure levels—up to 300 bar or beyond—serving the demanding needs of industrial, scientific, and specialized applications.
Performance Highlights
Pressure Range: Stable boosting from 100 to 300 bar, with custom options available for higher pressures.
Purity Assurance: Oil-free design maintains nitrogen purity at 99.9%–99.999%, eliminating contamination risks.
Energy Efficiency: Achieves 30–50% energy savings relative to liquid nitrogen vaporization methods.
Control System: Integrated PLC or touchscreen interface for accurate pressure management and automatic voltage stabilization.
Safety Features: Built-in overpressure protection, overload cutoff, and leak detection for secure operation.
Technical Parameters
Model | Capacity (m3/h) | Inlet P (Bar) | Outlet P (Bar) | Power (kW) | Compression | Dimension L*W*H(mm) | Inlet Size | Outlet Size | Weight (Kg) |
| RWWN-160/5-50-Ⅱ | 160 | 5 | 50 | 30 (15*2) | 2 | 1600*1600*1200 | RC1" | RC1/2" | 1000 |
| RSWN-200/5-50-Ⅱ | 200 | 5 | 50 | 30 (15*2) | 2 | 2800*1300*1250 | RC1 1/2" | RC1/2" | 1250 |
| RSWN-240/5-50-Ⅱ | 240 | 5 | 50 | 37(18.5*2) | 2 | 2800*1300*1250 | RC1 1/2" | RC1/2" | 1300 |
Industrial Manufacturing
Widely used in laser cutting, tire nitrogen filling, and metal heat treatment as shielding gas to improve product quality and process stability.
Energy & Power
Provides reliable nitrogen sealing for transformers and pressurization for energy storage systems, ensuring safe and stable operation.
Laboratory & Research
Serves as carrier gas for chromatography and enables precise environmental control in material testing applications.
Aerospace
Supports fuel system testing and supplies high-pressure nitrogen for airborne equipment, meeting stringent safety and performance standards.
Petrochemical
Ideal for pipeline pressure testing and reactor inert gas protection, enhancing safety during critical operations.
Q & A Collection
Q1: What is the boost pressure?
A: Standard models are 100-300 bar, and custom models can reach over 500 bar.
Q2: Does it require an external gas source?
A: It requires connection to a nitrogen cylinder/generator (inlet pressure ≥ 5 bar).
Q3: How is nitrogen purity guaranteed?
A: It uses stainless steel piping and precision filtration, with an optional purity analyzer.
Q4: What is the flow rate range?
A: 0.5-20 Nm³/h (multiple units can be connected in parallel to increase flow).
Q5: Is maintenance complex?
A: Routine inspection for leaks and replacement of consumables every 2,000 hours are all that's required.
