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Kinton Gas Pressure Reducing Regulators Valve for Hydrogen Helium Air Cng Oxygen Co2 Nitrogen Argon Acetylene Specialty

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Pressure Regulation: Precisely controls and reduces gas pressure for helium, nitrogen, acetylene, argon, oxygen, and other specialty gases, ensuring stable output for diverse applications.
  • Multi-Gas Compatibility: Designed as a fluid regulator, air regulator, and differential pressure regulator to handle various gases, including flammable (acetylene) and inert (argon) types.

Key features

  • 1. Corrosion-Resistant Alloy Construction

  • With a durable corrosion-resistant alloy body, ensure safe and reliable operation for aggressive gases like acetylene and hydrogen. Outperforms standard plastic-based regulators in harsh environments*

  • 2. Versatile Gas Compatibility

  • With support for 9+ gases (helium, oxygen, CO₂, etc.), seamlessly adapt to diverse applications from industrial welding to laboratory use, expanding usability beyond single-gas models*

  • 3. Precision Pressure Regulation

  • With ±1% accuracy and a broad 0-1000 PSI range, maintain exact pressure levels for critical tasks like gas cylinder filling, surpassing average regulators by 20% in precision*

  • 4. Multi-Scenario Adaptability

  • Designed for both commercial (continuous industrial use) and specialized settings (medical gas systems), ensuring consistent performance under high-demand or precision-critical conditions

  • 5. ISO Safety Certification

  • Certified to ISO 10242 standards, guaranteeing compliance with global safety regulations for gas equipment, offering peace of mind for professional users

Product details

Kinton  Gas Pressure Reducing Regulators Valve for Hydrogen Helium Air Cng Oxygen Co2 Nitrogen Argon Acetylene Specialty

The Kinton Gas Pressure Reducing Regulators Valve is designed for precise pressure control in industrial and commercial applications involving hydrogen, helium, air, CNG, oxygen, CO₂, nitrogen, argon, and acetylene. Engineered for reliability, it ensures stable gas delivery across diverse environments, from laboratories to heavy-duty manufacturing.

Technical specifications

FeatureSpecificationApplication Scenario
Suitable GasesHelium, Nitrogen, Acetylene, Argon, Oxygen, CO₂, Hydrogen, Air, CNGGas cylinder regulation in semiconductor, welding, and medical industries
Regulator TypesFluid regulator, Air regulator, Differential pressure regulatorsHigh-pressure fluid systems, pneumatic tools, HVAC systems
MaterialStainless steel body with PTFE sealsCorrosion resistance in chemical processing environments
Pressure RangeAdjustable from 0–60 psi to 0–300 psiCustomizable for lab testing or industrial pipelines

Customization guide

Adjustable pressure ranges (0–60 psi to 0–300 psi) and material compatibility (e.g., PTFE vs. Viton seals) can be tailored to meet specific gas purity or temperature requirements.

Get inspired

With Kinton’s versatile pressure regulators, you can streamline gas distribution in semiconductor fabrication, ensure safe acetylene handling in welding shops, or maintain precise oxygen flow in medical equipment.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Pressure Range0–60 psi0–150 psi0–300 psi
Flow Capacity100 SCFH200 SCFH (+100%)350 SCFH (+250%)*
MaterialStainless steelStainless steel + PTFEDuplex stainless steel
CertificationsISO 9001ISO 9001 + CGAISO 9001 + API 598

Supplier's note

  1. Technical Breakthroughs:

    • Wide Pressure Range (Pro Model): 0–300 psi enables adaptation to extreme industrial pipelines, 50% broader than standard regulators.
    • Corrosion-Resistant Materials: Duplex stainless steel in Pro Model offers 3x longer lifespan in corrosive environments.
    • Precision Control: Advanced Model’s PTFE seals ensure ±1% accuracy, critical for medical gas systems.
  2. Version Selection Guide:

    • Base Model: Ideal for small-scale labs or HVAC systems requiring basic pressure regulation.
    • Advanced Model: Suitable for manufacturing plants needing high accuracy (e.g., semiconductor cleanrooms).
    • Pro Model: Best for oil & gas or chemical industries where extreme pressure and corrosion resistance are paramount. With its API 598 certification, it ensures compliance in hazardous environments.

Frequently asked questions

  • Which Kinton gas pressure regulator model is best suited for helium or acetylene applications?

  • How often should I calibrate the Kinton gas regulator for oxygen service compliance?

  • Can the Kinton regulator handle both flammable (acetylene) and inert (argon) gases in the same setup?

  • Does Kinton offer custom pressure settings for specialty gases like CO₂ or nitrogen?

  • Is the Kinton gas pressure regulator certified for oxygen service compliance?

  • Which Kinton regulator model suits high-pressure CNG (compressed natural gas) applications?

  • How do I clean and maintain the Kinton differential pressure regulator for air systems?

  • Does the Kinton regulator support dual-pressure outputs for mixed gas applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Pressure RangeIndustrial ProcessesIndustry: 0-100 psi
Base: 0-150 psi (▲50)
Advanced: 0-200 psi (▲50)
Handles high-pressure applications (e.g., gas compression)
▲ Advanced doubles range from Base
Higher pressure capacity increases cost and size
Material CompatibilityCorrosive EnvironmentsIndustry: Carbon Steel
Base: Stainless Steel 316 (ASTM A276)
Advanced: Same
Resists corrosion from gases like acetylene and oxygen
▲ Base/Advanced use premium material
Stainless Steel increases upfront cost
AccuracyPrecision LabsIndustry: ±5%
Base: ±3%
Advanced: ±2% (▲1%)
Ensures precise pressure control for analytical instruments
▲ Advanced improves precision by 33%
Higher accuracy requires more complex calibration
Flow RateHigh-Volume ManufacturingIndustry: 100 SCFM
Base: 150 SCFM (▲50)
Advanced: 200 SCFM (▲50)
Supports rapid gas delivery for large-scale operations
▲ Advanced doubles flow from Base
Increased flow may necessitate larger piping systems
Noise LevelHealthcare & Office SettingsIndustry: 60 dBA
Base: 55 dBA (▲5)
Advanced: 48 dBA (▲7)
Minimizes operational noise (Advanced quieter than a library)
▲ Advanced reduces noise by 20%
Quieter designs add complexity to maintenance
CertificationsGlobal Industrial MarketsIndustry: ISO 9001
Base: ISO 9001 + ISO 14001
Advanced: ISO + CE
Meets international standards for export (▲ Advanced adds CE certification)Additional certifications increase compliance costs

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