High Pressure Gas Regulator
Table of Contents
Introduction to High Pressure Gas Regulator
High pressure gas regulators are crucial components in managing gas flows in various industrial and commercial applications. These devices are engineered to reduce the pressure of gas supplied from high-pressure cylinders or process lines to a more manageable and usable level. This functionality is vital for ensuring the safe and efficient operation of equipment that requires gas at lower pressures.
The primary role of high pressure regulators is to maintain a consistent output pressure despite fluctuations in the input pressure. This is essential for processes that rely on a steady and reliable gas supply. For instance, in manufacturing settings, precise gas flow control can significantly impact the quality and consistency of the final products.
Gas regulators are not just about pressure reduction; they also safeguard the system by preventing pressure from exceeding safe levels, thus ensuring operational safety and preventing equipment damage. The importance of these regulators spans across numerous industries including aerospace, automotive, pharmaceutical, and energy, where they play a pivotal role in daily operations. By delivering precise pressure control, these pressure regulators help in optimizing processes and enhancing safety, making them indispensable in industrial applications.
Types of Gas Regulators
- Oxygen Gas Regulator: Oxygen gas regulators are meticulously designed to handle the highly reactive nature of oxygen. They are commonly used in medical settings for respiratory therapy and in industrial applications like metal cutting and welding.
- CO2 Gas Regulator: CO2 gas regulators are critical in beverage dispensing systems and in the agricultural sector for enhanced plant growth in greenhouses. They manage the pressure and flow of carbon dioxide with high precision, ensuring that each application receives the right amount of gas for optimal results.
- Natural Gas Pressure Regulator: Natural gas pressure regulators are crucial for residential, commercial, and industrial heating systems. They adjust the high pressure of gas delivered from the main line to a usable level that appliances can safely use.
- Gas Pressure Reducer: A gas pressure reducer is a type of regulator that reduces the gas pressure in a system to a safe and manageable level. This is particularly useful in manufacturing processes where consistent gas flow is necessary for equipment operation and quality control.
- Nitrogen Gas Regulator: Nitrogen gas regulators are used in a variety of applications, including food packaging to preserve freshness, in chemical labs, and in the electronics manufacturing industry to prevent oxidation. These regulators control the flow and pressure of nitrogen, ensuring it is delivered safely and effectively to meet the needs of specific applications.
Features and Benefits of High Pressure Gas Regulators
At Hargo Industries, our gas regulators are designed with precision, ensuring optimal performance, durability, and safety. Here’s a detailed look at the standout features and benefits of our product range:
- Robust Design: Our regulators are built to withstand the rigors of both industrial and commercial applications, ensuring long-term reliability.
- Model Variations: We offer regulators in various models, including single-stage and two-stage oxygen gas regulators, each tailored to specific needs. For instance, both models of our oxygen gas regulators can handle a maximum inlet pressure of 300 bar and deliver a maximum outlet pressure of 10 bar.
- High Flow Capacity: Our regulators are capable of managing a significant flow rate, with the oxygen gas regulator supporting up to 1000 LPM, ensuring efficient gas delivery for all usage scenarios.
- Precision Connections: Equipped with standard inlet and outlet connections (5/8” BSP RH for oxygen and BSW 0.86 X 14 TPI LH for CO2), our regulators offer secure and leak-proof fittings.
- Enhanced Safety: Each regulator is engineered to maintain stable gas flow and pressure, significantly reducing the risks of pressure spikes and gas leaks.
- Precise Control: Our regulators provide exact control over gas output, crucial for applications requiring meticulous gas flow adjustments.
- Efficiency Improvements: With precise regulation and robust build, our regulators contribute to overall operational efficiency, reducing waste and lowering maintenance costs.
High Pressure Gas Regulator latest price
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Specification of High Pressure Gas Regulator
| Product Range | Regulator Model/Type | Max. Inlet Pressure (Bar) | Max. Outlet Pressure (Bar) | Max. Flow (LPM) | Inlet Connections | Outlet Connections |
| Oxygen Gas Regulator (Single Stage) | Hargo Regulator | 300 | 10 | 1000 | 5/8″ BSP RH (Male) | 3/8″ BSP RH (Male) |
| Oxygen Gas Regulator (Two- Stage) | Hargo Regulator | 300 | 10 | 1000 | 5/8″ BSP RH (Male) | 3/8″ BSP RH (Male) |
| CO2 Gas Regulator (Single Stage) | Hargo Regulator | 300 | N/A | 30 | BSW 0.86 X 14 TPI LH (Female) | 3/8″ BSP RH (Male) |
High Pressure Gas Regulator Applications
Medical and Healthcare
- Respiratory Therapies: Oxygen regulators ensure precise flow rates needed for various respiratory treatments.
- Sterilization Processes: Regulators are used in applications where precise and consistent gas flow is necessary for sterilizing equipment.
Welding and Metal Fabrication
- Gas Welding: Regulators control the flow of gases like oxygen and acetyles for welding, cutting, and other fabrication processes.
- Metal Cutting: Precise gas flow is critical for achieving clean and efficient cuts in metalworking.
Aerospace and Aviation
- Aircraft Manufacturing and Maintenance: Regulators are essential for various manufacturing processes and for maintenance tasks that require pneumatic tools.
- Space Exploration: Oxygen and nitrogen regulators control life support systems in spacecraft.
Environmental and Water Treatment
- Water Purification: Regulators control the dosing of gases used to treat and purify water.
- Environmental Monitoring Equipment: Regulators ensure accurate gas flows needed for sampling and analyzing environmental pollutants.
Automotive and Transportation
- Emission Control Systems: Regulators are used to calibrate and control the gases used in vehicle emission testing systems.
- Fuel Systems: Regulators maintain the pressure in natural gas and hydrogen fuel systems used in vehicles.
Chemical and Petrochemical Industries
- Chemical Production: Regulators control the flow of gases used in chemical reactions and processes.
- Oil and Gas Production: High pressure regulators are critical for controlling the flow and pressure of gases and fluids in extraction and refining processes.
Why Choose Hargo Industries?
Choose Hargo Industries Pvt. Ltd. for top-tier High Pressure Gas Regulator, Oxygen Gas Regulator, and CO2 Gas Regulator products. As a premier manufacturer, supplier, and exporter, we pride ourselves on crafting these essential items within our state-of-the-art facilities in India, using only the finest raw materials and advanced manufacturing processes to meet rigorous industry standards. Renowned across India and internationally, our clients consistently select our products for their affordability, precision engineering, and exceptional durability. Trust in the expertise of Hargo Industries to deliver superior performance and quality that our customers have come to expect. Explore our diverse range and experience the excellence of Hargo Industries today. Contact us to learn more about our products and start enhancing your operations with our reliable solutions.
FAQs
Pressure gas regulators are generally found in the home and industrial applications, like heating furnaces, gas grills, and kitchen equipment. Gas regulators are also used to pass high-pressure supply tanks/lines to be reduced to functional and safe pressure for different applications. The majority of gas regulators are intended with a sensing element, control element, or a loading mechanism. These are the three essential components that work together with one another to make pressure reduction possible. The usual loading mechanism is a spring, which is responsible for classifying the delivery pressure of the high-pressure gas regulator.
High-pressure regulators have a much narrower nozzle than that fitted to low-pressure regulators and use a much narrower hose.
Size the gas regulator according to the gas inlet pressure. Your local gas utility will have the inlet pressure listed on the main gas meter for your home or you can call them for the information.
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