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  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
  • V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane
V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane

V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane

  • 1 - 2 Sets
    $130,000
  • >= 3 Sets
    $55,000

Customization:

Customized logo(Min.Order: 2 pieces)
Customized packaging(Min.Order: 4 pieces)
Graphic customization(Min.Order: 5 pieces)

V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Capacity Gas Compression: Designed to boost hydrogen (H₂), oxygen (O₂), and methane gases using a V-type reciprocating piston mechanism, ensuring efficient pressure escalation for industrial processes.
  • Dual Lubrication Options: Offers both oil-free and oil-lubricated configurations to cater to purity-sensitive applications (e.g., medical oxygen) and heavy-duty scenarios requiring enhanced durability.
  • Powerful Performance: Equipped with a 75kW AC motor and robust steel construction, this compressor delivers reliable operation for continuous high-pressure gas compression tasks.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With corrosion-resistant stainless steel components, ensure durability in harsh industrial environments while minimizing maintenance needs.*

  • 2. Oil-Free Technology for Contamination-Free Operation

  • With an oil-free lubrication system, achieve zero-oil contamination in critical applications like oxygen or hydrogen compression.*

  • 3. High-Power 75kW Output for Demanding Applications

  • With a 75kW power output, deliver robust performance for high-pressure gas compression tasks, 30% faster than standard 55kW models.*

  • 4. Customizable Design for Diverse Industrial Scenarios

  • With modular piping and valve configurations, adapt seamlessly to oil, gas, or chemical processing environments.*

  • 5. UKCA & CE Certified for Global Safety Compliance

  • With UKCA and CE certifications, ensure compliance with international safety and quality standards for oxygen-sensitive operations.*

Product details

V Type Oil Free Reciprocating Piston Hydrogen H2 Gas Oxygen Booster Compressor Hydrogen Pump Stationary Gas Pump Machine Methane

The V Type Oil Free Reciprocating Piston Hydrogen H₂ Gas Oxygen Booster Compressor is a robust industrial machine designed for high-pressure gas compression in oxygen, hydrogen, and methane applications. Built with corrosion-resistant steel alloys and featuring AC-powered operation, it meets UKCA and CE certifications for safety and reliability.

Technical specifications

FeatureSpecificationBenefit
MaterialSteel alloy (corrosion-resistant)Withstands harsh industrial environments
Power75 kWHandles heavy-duty compression demands
LubricationOil-free / OilAdjustable for gas purity or longevity needs
Gas CompatibilityOxygen (O₂), Hydrogen (H₂), MethaneVersatile for medical, energy, and chemical industries
CertificationsUKCA, CEEnsures compliance with EU safety standards

Customization guide

Adjustable parameters include pressure range (up to 300 bar) and flow rate (100–150 m³/h) to meet specific gas handling needs. Custom piping configurations and valve setups can be tailored for oxygen-rich or hydrogen fuel applications.

Get inspired

With oil-free compression technology, you can ensure zero contamination in medical-grade oxygen production. The robust steel alloy construction allows safe operation in high-temperature environments, while the reciprocating piston design delivers 20% higher efficiency than traditional diaphragm models.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Pressure200 bar+15% (230 bar)+30% (260 bar)*
Efficiency85%90%95%
Flow Rate100 m³/h115 m³/h130 m³/h
Lubrication TypeOil-onlyOil-free optionalFull oil-free

Supplier's note

  1. Technical Breakthroughs:

    • Oil-free option: Eliminates contamination risks for sensitive gases like oxygen in healthcare or semiconductor manufacturing.
    • 300 bar pressure capacity (Pro Model): Enables high-pressure hydrogen storage for fuel cell applications.
    • CE/UKCA dual certification: Streamlines deployment across EU and UK markets.
  2. Version Selection Guide:

    • Base Model: Ideal for standard oxygen compression in mid-scale industrial plants.
    • Advanced Model: Suitable for laboratories requiring oil-free purity and moderate pressure (e.g., pharmaceutical gas handling).
    • Pro Model: Best for high-pressure hydrogen fuel stations or chemical processing plants needing triple the industry-standard durability. With its 260 bar capability, it ensures safe handling of reactive gases like methane under extreme conditions.

Frequently asked questions

  • Which V Type compressor is best for oxygen or hydrogen applications?

  • How to maintain the valves on an oil-free reciprocating piston compressor?

  • Stainless steel vs regular metal: Which is better for corrosive gases like methane?

  • Can this compressor be customized for methane processing?

  • Does the 75kW compressor meet UKCA and CE safety standards?

  • What’s the max pressure capacity for hydrogen gas in this reciprocating piston model?

  • Is oil-free lubrication suitable for oxygen booster applications?

  • How does the diaphragm design improve safety in industrial gas pumping?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Lubrication TypeMedical oxygen supply, Semiconductor manufacturingOil-Free (ISO 8573-1 Class 0) ▲▲▲
Oil-Lubricated (ISO 8068)
No contamination risk (ideal for oxygen)
Lower maintenance (no oil changes)
Higher upfront cost
Higher energy consumption
Gas CompatibilityPetrochemical processing, AerospaceOxygen-Grade Materials (ASME B31.3 compliant)Safe for reactive gases like oxygen
Prevents combustion risks
Requires specialized alloy construction
Power OutputIndustrial gas plants, LNG facilities75 kW (IEC 60034 efficiency standard) ▲▲
Industry: 50 kW
Handles high-pressure applications
Supports large-scale operations
Higher energy costs
Requires robust infrastructure
Noise LevelHospital settings, Urban factories75 dB (Quieter than typical compressors)
Industry: 85 dB
Minimizes environmental disruptionMay require additional soundproofing for ultra-quiet zones
CertificationsEU-regulated industries, Export marketsUKCA + CE (Dual compliance) ▲▲
Industry: CE only
Access to EU and UK markets
Enhanced safety reputation
Requires additional certification costs
Maintenance RequirementsRemote locations, 24/7 operationsOil-Free: 2000h Service Interval
Oil-Lubricated: 500h
Reduced downtime
Lower labor costs over time
Initial higher investment in oil-free tech

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