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Gas Pressure Regulator

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esab gas pressure regulator
hmp gas pressure regulator
vanaz gas pressure regulator
messer gas pressure regulator
asha gas pressure regulator
₹8,377 - ₹10,147
Optimize your gas flow with the Asha Two/Multi Stage Regulator, designed for precision and stability in a range of industrial and laboratory settings. As part of Asha’s esteemed gas pressure regulator lineup, this versatile regulator features dual or multi-stage pressure control to ensure consistent outlet pressure regardless of fluctuating inlet conditions. Its reliable design delivers smooth, stable performance—perfect for welding, cutting, calibration systems, compressed air tools, and specialty gas applications. Built for durability and accuracy, the Asha Two/Multi Stage Regulator boasts a corrosion-resistant body, clear gauges, and ergonomic adjustment knobs for easy and safe control. The multi-stage mechanism significantly reduces pressure drop and compensates for supply variations, offering enhanced flow regulation. Compatible with gases such as oxygen, LPG, acetylene, and compressed air, this regulator supports a wide spectrum of operations. Whether in fabrication, automotive maintenance, laboratory testing, or production environments, this gas pressure regulator ensures consistent output, reduces downtime, and delivers long-term value—making it an essential component for professionals seeking dependable pressure management and operational excellence.
green checkApplication : Industrial
green checkCountry of Origin : India
green checkType of Product : Two Stage Regulator
green checkName of Manufacturer/Packer/Importer : BINOD WELDING INDUSTRIES
₹23,599  
The HALWARD Compressed Air Heater, model HAL – CAHS1500, is a cutting-edge heating solution designed to cater to a wide range of industrial and commercial applications. Boasting a power output of 1.5 kW, this innovative heater is engineered to efficiently warm compressed air while maintaining optimal performance and energy efficiency. With a voltage range of 120-240 V, it offers versatility in its power supply requirements, allowing seamless integration into various operational setups. Ideal for industrial processes that rely on compressed air, the HALWARD CAHS1500 ensures that the air's temperature is raised to the desired level, enhancing overall efficiency and productivity. This feature is particularly advantageous in scenarios where cold air could hinder the performance of equipment or processes. Whether in manufacturing, automotive, or other industrial settings, this heater contributes to maintaining consistent operational temperatures, ultimately leading to improved quality, reduced downtime, and enhanced throughput. Safety and durability are paramount in the design of the HALWARD CAHS1500. Built with high-quality materials and precision engineering, it offers reliable performance even in demanding environments. Additionally, safety features such as thermal protection mechanisms are incorporated to prevent overheating and ensure the heater's longevity. The heater's adaptability to different voltage inputs – ranging from 120 V to 240 V – underscores its versatility and suitability for various international locations. This flexibility eliminates the need for extensive modifications to existing electrical systems, simplifying the installation process and minimizing operational disruptions. In conclusion, the HALWARD Compressed Air Heater 1.5 kW 120-240 V, model HAL – CAHS1500, represents a cutting-edge solution for heating compressed air in industrial and commercial applications. Its power, adaptability, safety features, and robust construction make it an indispensable tool for enhancing processes, optimizing productivity, and maintaining consistent performance across a spectrum of industries.
₹8,731  
Vanaz Pressure Regulator 100 M3/HR, R-2301 OXYGEN A pressure regulator is a device designed to control and maintain a specified pressure level in a fluid (gas or liquid) within a system or process. These regulators are crucial components in various industries and applications where precise pressure control is essential for safety, efficiency, and functionality. Pressure regulators come in various types, designs, and sizes to meet the specific needs of different systems and processes. Pressure Reduction: The primary function of a pressure regulator is to reduce the high-pressure fluid from a source (such as a tank or supply line) to a lower, controlled pressure suitable for the particular application. This prevents damage to downstream equipment and ensures safe operation Pressure Control: Pressure regulators are designed to maintain a constant outlet pressure, even when the inlet pressure fluctuates. This stability ensures a consistent and reliable fluid supply to the system Safety: Many pressure regulators include safety features like pressure relief valves to protect against overpressure conditions that could lead to accidents or equipment damage Adjustability: Most pressure regulators allow operators to set the desired outlet pressure within a specified range. This adjustability is essential for accommodating different system requirements and operating conditions Diaphragm or Piston Mechanism: Pressure regulators often employ a diaphragm or piston mechanism to control fluid flow. These mechanisms sense pressure changes and modulate valve opening to maintain the desired outlet pressure Materials: Pressure regulators are typically constructed from materials compatible with the regulated fluid type. Common materials include brass, stainless steel, and various alloys Types: There are different pressure regulators, including direct-acting, pilot-operated, and dome-loaded regulators, each suited to specific applications and pressure control requirements Monitoring and Gauges: Pressure regulators often include pressure gauges or indicators to display the outlet pressure, allowing operators to monitor system performance. Installation and Maintenance: Proper installation and regular maintenance of pressure regulators are essential for reliable operation and safety Application-Specific Regulators: Some applications require specialized pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential gas supply, or ultra-precise regulators for laboratory and scientific experiments
₹30,679  
Vanaz Pressure Regulator 150 Nm3/hr, R-8505 A pressure regulator is a device designed to control and maintain a specified pressure level in a fluid (gas or liquid) within a system or process. These regulators are crucial components in various industries and applications where precise pressure control is essential for safety, efficiency, and functionality. Pressure regulators come in various types, designs, and sizes to meet the specific needs of different systems and processes. Pressure Reduction: The primary function of a pressure regulator is to reduce the high-pressure fluid from a source (such as a tank or supply line) to a lower, controlled pressure suitable for the particular application. This prevents damage to downstream equipment and ensures safe operation Pressure Control: Pressure regulators are designed to maintain a constant outlet pressure, even when the inlet pressure fluctuates. This stability ensures a consistent and reliable fluid supply to the system Safety: Many pressure regulators include safety features like pressure relief valves to protect against overpressure conditions that could lead to accidents or equipment damage Adjustability: Most pressure regulators allow operators to set the desired outlet pressure within a specified range. This adjustability is essential for accommodating different system requirements and operating conditions Diaphragm or Piston Mechanism: Pressure regulators often employ a diaphragm or piston mechanism to control fluid flow. These mechanisms sense pressure changes and modulate valve opening to maintain the desired outlet pressure Materials: Pressure regulators are typically constructed from materials compatible with the regulated fluid type. Common materials include brass, stainless steel, and various alloys Types: There are different pressure regulators, including direct-acting, pilot-operated, and dome-loaded regulators, each suited to specific applications and pressure control requirements Monitoring and Gauges: Pressure regulators often include pressure gauges or indicators to display the outlet pressure, allowing operators to monitor system performance. Installation and Maintenance: Proper installation and regular maintenance of pressure regulators are essential for reliable operation and safety Application-Specific Regulators: Some applications require specialized pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential gas supply, or ultra-precise regulators for laboratory and scientific experiments
₹29,499  
Vanaz Pressure Regulator 150 Nm3/hr, R-8503 (F) A pressure regulator is a device designed to control and maintain a specified pressure level in a fluid (gas or liquid) within a system or process. These regulators are crucial components in various industries and applications where precise pressure control is essential for safety, efficiency, and functionality. Pressure regulators come in various types, designs, and sizes to meet the specific needs of different systems and processes. Pressure Reduction: The primary function of a pressure regulator is to reduce the high-pressure fluid from a source (such as a tank or supply line) to a lower, controlled pressure suitable for the particular application. This prevents damage to downstream equipment and ensures safe operation Pressure Control: Pressure regulators are designed to maintain a constant outlet pressure, even when the inlet pressure fluctuates. This stability ensures a consistent and reliable fluid supply to the system Safety: Many pressure regulators include safety features like pressure relief valves to protect against overpressure conditions that could lead to accidents or equipment damage Adjustability: Most pressure regulators allow operators to set the desired outlet pressure within a specified range. This adjustability is essential for accommodating different system requirements and operating conditions Diaphragm or Piston Mechanism: Pressure regulators often employ a diaphragm or piston mechanism to control fluid flow. These mechanisms sense pressure changes and modulate valve opening to maintain the desired outlet pressure Materials: Pressure regulators are typically constructed from materials compatible with the regulated fluid type. Common materials include brass, stainless steel, and various alloys Types: There are different pressure regulators, including direct-acting, pilot-operated, and dome-loaded regulators, each suited to specific applications and pressure control requirements Monitoring and Gauges: Pressure regulators often include pressure gauges or indicators to display the outlet pressure, allowing operators to monitor system performance. Installation and Maintenance: Proper installation and regular maintenance of pressure regulators are essential for reliable operation and safety Application-Specific Regulators: Some applications require specialized pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential gas supply, or ultra-precise regulators for laboratory and scientific experiments
₹28,319  
Vanaz Pressure Regulator , R-8503 (F) A pressure regulator is a device designed to control and maintain a specified pressure level in a fluid (gas or liquid) within a system or process. These regulators are crucial components in various industries and applications where precise pressure control is essential for safety, efficiency, and functionality. Pressure regulators come in various types, designs, and sizes to meet the specific needs of different systems and processes. Pressure Reduction: The primary function of a pressure regulator is to reduce the high-pressure fluid from a source (such as a tank or supply line) to a lower, controlled pressure suitable for the particular application. This prevents damage to downstream equipment and ensures safe operation Pressure Control: Pressure regulators are designed to maintain a constant outlet pressure, even when the inlet pressure fluctuates. This stability ensures a consistent and reliable fluid supply to the system Safety: Many pressure regulators include safety features like pressure relief valves to protect against overpressure conditions that could lead to accidents or equipment damage Adjustability: Most pressure regulators allow operators to set the desired outlet pressure within a specified range. This adjustability is essential for accommodating different system requirements and operating conditions Diaphragm or Piston Mechanism: Pressure regulators often employ a diaphragm or piston mechanism to control fluid flow. These mechanisms sense pressure changes and modulate valve opening to maintain the desired outlet pressure Materials: Pressure regulators are typically constructed from materials compatible with the regulated fluid type. Common materials include brass, stainless steel, and various alloys Types: There are different pressure regulators, including direct-acting, pilot-operated, and dome-loaded regulators, each suited to specific applications and pressure control requirements Monitoring and Gauges: Pressure regulators often include pressure gauges or indicators to display the outlet pressure, allowing operators to monitor system performance. Installation and Maintenance: Proper installation and regular maintenance of pressure regulators are essential for reliable operation and safety Application-Specific Regulators: Some applications require specialized pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential gas supply, or ultra-precise regulators for laboratory and scientific experiments
₹22,419  
Vanaz Gas Pressure Regulator 120 Nm3/hr, R-8504 A gas pressure regulator is a device used to control and regulate the pressure of gas flowing through a pipeline or system. It is essential in various applications where precise gas pressure control is required to ensure safety, efficiency, and functionality. Gas pressure regulators are commonly used in manufacturing, petrochemicals, food processing, HVAC (heating, ventilation, and air conditioning), and natural gas distribution. Pressure Reduction: The primary function of a gas pressure regulator is to reduce the high-pressure gas from the source (such as a gas cylinder or a high-pressure pipeline) to a lower, more manageable pressure suitable for the specific application. This prevents damage to downstream equipment and ensures safe operation. Gas pressure regulators are designed to maintain a constant outlet pressure, even as the inlet pressure fluctuates. This provides a stable and consistent gas supply to the system. Gas regulators often include safety features, such as pressure relief valves, to prevent overpressure situations that could lead to accidents or equipment damage. Gas pressure regulators typically use a diaphragm or piston mechanism to control gas flow. The mechanism senses pressure changes and adjusts the valve opening to maintain the desired outlet pressure. Regulators are usually adjustable, allowing operators to set the desired outlet pressure within a specified range. This adjustability is essential to meet the requirements of different applications. Regulators are constructed from materials compatible with the type of gas being regulated. Common materials include brass, stainless steel, and various alloys. There are multiple gas pressure regulators, including single-stage and two-stage regulators. Single-stage regulators are more straightforward and suitable for relatively stable inlet pressure applications. Two-stage regulators provide more precise control and are often used in applications where inlet pressure is subject to significant fluctuations. Some applications require specialized gas pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential natural gas systems, or ultra-high-purity regulators for laboratory and semiconductor manufacturing. Gas pressure regulators often have gauges or indicators to display the outlet pressure, allowing operators to monitor the system's performance. Proper installation and regular maintenance of gas pressure regulators are essential to ensure their reliable operation and safety.
₹21,239  
Vanaz Gas Pressure Regulator 60 Nm3/hr, R-8502(F) A gas pressure regulator is a device used to control and regulate the pressure of gas flowing through a pipeline or system. It is essential in various applications where precise gas pressure control is required to ensure safety, efficiency, and functionality. Gas pressure regulators are commonly used in manufacturing, petrochemicals, food processing, HVAC (heating, ventilation, and air conditioning), and natural gas distribution. Pressure Reduction: The primary function of a gas pressure regulator is to reduce the high-pressure gas from the source (such as a gas cylinder or a high-pressure pipeline) to a lower, more manageable pressure suitable for the specific application. This prevents damage to downstream equipment and ensures safe operation. Gas pressure regulators are designed to maintain a constant outlet pressure, even as the inlet pressure fluctuates. This provides a stable and consistent gas supply to the system. Gas regulators often include safety features, such as pressure relief valves, to prevent overpressure situations that could lead to accidents or equipment damage. Gas pressure regulators typically use a diaphragm or piston mechanism to control gas flow. The mechanism senses pressure changes and adjusts the valve opening to maintain the desired outlet pressure. Regulators are usually adjustable, allowing operators to set the desired outlet pressure within a specified range. This adjustability is essential to meet the requirements of different applications. Regulators are constructed from materials compatible with the type of gas being regulated. Common materials include brass, stainless steel, and various alloys. There are multiple gas pressure regulators, including single-stage and two-stage regulators. Single-stage regulators are more straightforward and suitable for relatively stable inlet pressure applications. Two-stage regulators provide more precise control and are often used in applications where inlet pressure is subject to significant fluctuations. Some applications require specialized gas pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential natural gas systems, or ultra-high-purity regulators for laboratory and semiconductor manufacturing. Gas pressure regulators often have gauges or indicators to display the outlet pressure, allowing operators to monitor the system's performance. Proper installation and regular maintenance of gas pressure regulators are essential to ensure their reliable operation and safety.
₹15,339  
Vanaz Gas Pressure Regulator 60 Nm3/hr, R-8503 A gas pressure regulator is a device used to control and regulate the pressure of gas flowing through a pipeline or system. It is essential in various applications where precise gas pressure control is required to ensure safety, efficiency, and functionality. Gas pressure regulators are commonly used in manufacturing, petrochemicals, food processing, HVAC (heating, ventilation, and air conditioning), and natural gas distribution. Pressure Reduction: The primary function of a gas pressure regulator is to reduce the high-pressure gas from the source (such as a gas cylinder or a high-pressure pipeline) to a lower, more manageable pressure suitable for the specific application. This prevents damage to downstream equipment and ensures safe operation. Gas pressure regulators are designed to maintain a constant outlet pressure, even as the inlet pressure fluctuates. This provides a stable and consistent gas supply to the system. Gas regulators often include safety features, such as pressure relief valves, to prevent overpressure situations that could lead to accidents or equipment damage. Gas pressure regulators typically use a diaphragm or piston mechanism to control gas flow. The mechanism senses pressure changes and adjusts the valve opening to maintain the desired outlet pressure. Regulators are usually adjustable, allowing operators to set the desired outlet pressure within a specified range. This adjustability is essential to meet the requirements of different applications. Regulators are constructed from materials compatible with the type of gas being regulated. Common materials include brass, stainless steel, and various alloys. There are multiple gas pressure regulators, including single-stage and two-stage regulators. Single-stage regulators are more straightforward and suitable for relatively stable inlet pressure applications. Two-stage regulators provide more precise control and are often used in applications where inlet pressure is subject to significant fluctuations. Some applications require specialized gas pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential natural gas systems, or ultra-high-purity regulators for laboratory and semiconductor manufacturing. Gas pressure regulators often have gauges or indicators to display the outlet pressure, allowing operators to monitor the system's performance. Proper installation and regular maintenance of gas pressure regulators are essential to ensure their reliable operation and safety.
₹18,879  
Vanaz Gas Pressure Regulator 60 Nm3/hr, R-8502 (F) A gas pressure regulator is a device used to control and regulate the pressure of gas flowing through a pipeline or system. It is essential in various applications where precise gas pressure control is required to ensure safety, efficiency, and functionality. Gas pressure regulators are commonly used in manufacturing, petrochemicals, food processing, HVAC (heating, ventilation, and air conditioning), and natural gas distribution. Pressure Reduction: The primary function of a gas pressure regulator is to reduce the high-pressure gas from the source (such as a gas cylinder or a high-pressure pipeline) to a lower, more manageable pressure suitable for the specific application. This prevents damage to downstream equipment and ensures safe operation. Gas pressure regulators are designed to maintain a constant outlet pressure, even as the inlet pressure fluctuates. This provides a stable and consistent gas supply to the system. Gas regulators often include safety features, such as pressure relief valves, to prevent overpressure situations that could lead to accidents or equipment damage. Gas pressure regulators typically use a diaphragm or piston mechanism to control gas flow. The mechanism senses pressure changes and adjusts the valve opening to maintain the desired outlet pressure. Regulators are usually adjustable, allowing operators to set the desired outlet pressure within a specified range. This adjustability is essential to meet the requirements of different applications. Regulators are constructed from materials compatible with the type of gas being regulated. Common materials include brass, stainless steel, and various alloys. There are multiple gas pressure regulators, including single-stage and two-stage regulators. Single-stage regulators are more straightforward and suitable for relatively stable inlet pressure applications. Two-stage regulators provide more precise control and are often used in applications where inlet pressure is subject to significant fluctuations. Some applications require specialized gas pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential natural gas systems, or ultra-high-purity regulators for laboratory and semiconductor manufacturing. Gas pressure regulators often have gauges or indicators to display the outlet pressure, allowing operators to monitor the system's performance. Proper installation and regular maintenance of gas pressure regulators are essential to ensure their reliable operation and safety.
₹14,159  
Vanaz Ratio Regulator 0- 50 Nm3/hr, R-8501 (F) A ratio regulator, often referred to as a gas ratio regulator or air-fuel ratio regulator, is a specialized type of pressure regulator used in combustion systems to control the mixture of fuel and air. These regulators play a critical role in maintaining the correct proportion of energy to air in various applications, including industrial burners, furnaces, and boilers. Achieving the proper air-fuel ratio is essential for efficient combustion, reducing emissions, and optimizing the performance of combustion equipment. Air-Fuel Ratio Control: The primary function of a ratio regulator is to control the ratio of air to fuel in a combustion process. By maintaining the correct balance, the regulator ensures efficient and clean combustion Precision Control: Ratio regulators are designed to provide precise and stable air-fuel mixture control. This precision helps achieve optimal combustion efficiency and minimizes pollutants like carbon monoxide (CO) and nitrogen oxide (NOx) emissions Modulation: Ratio regulators can modulate the flow of both air and fuel to maintain the desired ratio as combustion conditions change. This modulation is often achieved through diaphragms, pistons, or other control mechanisms Safety: Safety is a crucial consideration in combustion systems. Ratio regulators may include safety features such as overpressure protection and shutoff mechanisms to prevent unsafe operating conditions Feedback Control: Some ratio regulators use feedback control systems, such as sensors, to monitor oxygen levels in the flue gas, adjust the air-fuel mixture in real-time, and optimize combustion efficiency Application-Specific: Ratio regulators are tailored to specific applications and may be designed for various fuels, including natural gas, propane, diesel, or other hydrocarbons. The regulator's design and characteristics depend on the fuel type and the combustion system's requirements Maintenance: Proper maintenance of ratio regulators is essential to ensure they continue to perform accurately and reliably. Regular inspections, cleaning, and calibration are typical maintenance procedures Environmental Compliance: Maintaining the correct air-fuel ratio is critical for compliance with environmental regulations, as it can significantly impact emissions of pollutants. Energy Efficiency: Efficient combustion processes reduce emissions and maximize energy efficiency, leading to cost savings in fuel consumption Ratio regulators are commonly used in industrial settings where combustion plays a significant role in heating, drying, and power generation. They are often integrated into control systems to ensure precise and automated air-fuel mixture control
₹20,111  
Vanaz Zero Governors 15 Nm3/hr, R-6204(II) Zero governors, also known as zero governor regulators or zero-pressure governors, are devices used in natural gas distribution systems to control and regulate gas pressure. They play a critical role in ensuring natural gas's safe and efficient delivery to consumers, especially in applications where maintaining a precise low-pressure level is essential. Zero governors are typically used in low-pressure natural gas distribution systems, such as residential and commercial gas supply networks. Zero governors are designed to control and maintain deficient gas pressure levels. These pressures are typically near atmospheric pressure (approximately 14.7 psi or 101.3 kPa), making them suitable for residential and small commercial applications. Safety is a paramount concern in natural gas distribution systems. Zero governors include safety features such as overpressure protection mechanisms to prevent excessive pressure buildup. They regulate the flow of natural gas based on the demand from gas-consuming appliances, such as water heaters, furnaces, and stoves. When gas appliances are used, the zero governor adjusts the gas flow to maintain the desired low pressure. Zero governors are typically installed at the entry point of a natural gas distribution network, where high-pressure gas from the supply source is reduced to the desired low pressure suitable for distribution. Maintaining low gas pressure is essential for safety and environmental reasons. Low-pressure distribution systems are less likely to result in dangerous leaks or accidents. Zero governors must meet industry and safety standards to comply with regulations and operate safely. Regulatory bodies like the American Gas Association (AGA) in the United States set standards for these devices. Routine monitoring and maintenance are essential to ensure the proper functioning of zero governors. Gas utilities and service providers often conduct regular inspections and maintenance to ensure the safety and efficiency of the distribution network. In emergencies, zero governors may have emergency shutdown or isolation features to stop the flow of gas to prevent accidents quickly.
₹18,899  
Vanaz Zero Governors 15 Nm3/hr, R-6204(I) Zero governors, also known as zero governor regulators or zero-pressure governors, are devices used in natural gas distribution systems to control and regulate gas pressure. They play a critical role in ensuring natural gas's safe and efficient delivery to consumers, especially in applications where maintaining a precise low-pressure level is essential. Zero governors are typically used in low-pressure natural gas distribution systems, such as residential and commercial gas supply networks. Zero governors are designed to control and maintain deficient gas pressure levels. These pressures are typically near atmospheric pressure (approximately 14.7 psi or 101.3 kPa), making them suitable for residential and small commercial applications. Safety is a paramount concern in natural gas distribution systems. Zero governors include safety features such as overpressure protection mechanisms to prevent excessive pressure buildup. They regulate the flow of natural gas based on the demand from gas-consuming appliances, such as water heaters, furnaces, and stoves. When gas appliances are used, the zero governor adjusts the gas flow to maintain the desired low pressure. Zero governors are typically installed at the entry point of a natural gas distribution network, where high-pressure gas from the supply source is reduced to the desired low pressure suitable for distribution. Maintaining low gas pressure is essential for safety and environmental reasons. Low-pressure distribution systems are less likely to result in dangerous leaks or accidents. Zero governors must meet industry and safety standards to comply with regulations and operate safely. Regulatory bodies like the American Gas Association (AGA) in the United States set standards for these devices. Routine monitoring and maintenance are essential to ensure the proper functioning of zero governors. Gas utilities and service providers often conduct regular inspections and maintenance to ensure the safety and efficiency of the distribution network. In emergencies, zero governors may have emergency shutdown or isolation features to stop the flow of gas to prevent accidents quickly.
₹12,979  
Vanaz Pressure Regulator 30 Nm3/hr, R-4110 (III) A pressure regulator is a device designed to control and maintain a specified pressure level in a fluid (gas or liquid) within a system or process. These regulators are crucial components in various industries and applications where precise pressure control is essential for safety, efficiency, and functionality. Pressure regulators come in various types, designs, and sizes to meet the specific needs of different systems and processes. Pressure Reduction: The primary function of a pressure regulator is to reduce the high-pressure fluid from a source (such as a tank or supply line) to a lower, controlled pressure suitable for the particular application. This prevents damage to downstream equipment and ensures safe operation Pressure Control: Pressure regulators are designed to maintain a constant outlet pressure, even when the inlet pressure fluctuates. This stability ensures a consistent and reliable fluid supply to the system Safety: Many pressure regulators include safety features like pressure relief valves to protect against overpressure conditions that could lead to accidents or equipment damage Adjustability: Most pressure regulators allow operators to set the desired outlet pressure within a specified range. This adjustability is essential for accommodating different system requirements and operating conditions Diaphragm or Piston Mechanism: Pressure regulators often employ a diaphragm or piston mechanism to control fluid flow. These mechanisms sense pressure changes and modulate valve opening to maintain the desired outlet pressure Materials: Pressure regulators are typically constructed from materials compatible with the regulated fluid type. Common materials include brass, stainless steel, and various alloys Types: There are different pressure regulators, including direct-acting, pilot-operated, and dome-loaded regulators, each suited to specific applications and pressure control requirements Monitoring and Gauges: Pressure regulators often include pressure gauges or indicators to display the outlet pressure, allowing operators to monitor system performance. Installation and Maintenance: Proper installation and regular maintenance of pressure regulators are essential for reliable operation and safety Application-Specific Regulators: Some applications require specialized pressure regulators, such as high-pressure regulators for industrial processes, low-pressure regulators for residential gas supply, or ultra-precise regulators for laboratory and scientific experiments
₹3,303  
A MINACHI 300 bar Gas Welding Regulator for Oxygen Gas is a device used in welding and cutting processes to control and regulate the flow of gases, such as oxygen and fuel gases (e.g., acetylene, propane), from the cylinders to the welding or cutting torch. Regulators play a crucial role in maintaining a consistent and controlled gas flow, pressure, and volume during welding operations. Key Features and Functions of a Welding Regulator: Pressure Control: The primary function of a welding regulator is to control and regulate the pressure of the gases flowing from the high-pressure cylinders to the desired working pressure for the welding or cutting torch. Gas Type Compatibility: Welding regulators are designed to be specific to the type of gas being used, whether it's oxygen, acetylene, propane, or other fuel gases. Different regulators are required for different gases to ensure safe and effective operation. Two-Stage or Single-Stage Design: Regulators may be either two-stage or single-stage. Two-stage regulators are often used for precise control in applications where stable outlet pressure is critical. Single-stage regulators are simpler and more commonly used for general welding applications. Gauge Display: Welding regulators typically feature pressure gauges that display the pressure levels of both the gas in the cylinder (inlet pressure) and the gas delivered to the torch (outlet pressure). This allows the welder to monitor the gas levels and make adjustments as needed. Flow Control: Some regulators have flow control knobs or valves that allow the operator to adjust the rate of gas flow to the torch, providing better control over the welding or cutting process. Safety Features: Regulators may include safety features such as pressure relief valves that release excess pressure to prevent damage or accidents. Inlet and Outlet Connections: Welding regulators have specific inlet and outlet connections that match the fittings on the gas cylinders and the welding/cutting torch. Materials and Construction: Regulators are constructed from materials that can withstand the pressures and conditions associated with welding processes. Common materials include brass and other durable alloys. Usage Tips: Proper Installation: Ensure that the regulator is correctly installed on the gas cylinder with the appropriate fittings and seals. Follow the manufacturer's guidelines for installation. Gas Type Verification: Confirm that the regulator is suitable for the specific type of gas being used, and do not interchange regulators for different gases. Pressure Adjustment: Adjust the outlet pressure of the regulator according to the recommended settings for the welding or cutting process. Refer to the welding procedure specifications (WPS) or guidelines. Flow Rate Setting: Set the gas flow rate using the flow control knob or valve on the regulator.
₹2,713  
A MINACHI 300 bar Gas Welding Regulator for Argon Gas is a device used in welding and cutting processes to control and regulate the flow of gases, such as oxygen and fuel gases (e.g., acetylene, propane), from the cylinders to the welding or cutting torch. Regulators play a crucial role in maintaining a consistent and controlled gas flow, pressure, and volume during welding operations. Key Features and Functions of a Welding Regulator: Pressure Control: The primary function of a welding regulator is to control and regulate the pressure of the gases flowing from the high-pressure cylinders to the desired working pressure for the welding or cutting torch. Gas Type Compatibility: Welding regulators are designed to be specific to the type of gas being used, whether it's oxygen, acetylene, propane, or other fuel gases. Different regulators are required for different gases to ensure safe and effective operation. Two-Stage or Single-Stage Design: Regulators may be either two-stage or single-stage. Two-stage regulators are often used for precise control in applications where stable outlet pressure is critical. Single-stage regulators are simpler and more commonly used for general welding applications. Gauge Display: Welding regulators typically feature pressure gauges that display the pressure levels of both the gas in the cylinder (inlet pressure) and the gas delivered to the torch (outlet pressure). This allows the welder to monitor the gas levels and make adjustments as needed. Flow Control: Some regulators have flow control knobs or valves that allow the operator to adjust the rate of gas flow to the torch, providing better control over the welding or cutting process. Safety Features: Regulators may include safety features such as pressure relief valves that release excess pressure to prevent damage or accidents. Inlet and Outlet Connections: Welding regulators have specific inlet and outlet connections that match the fittings on the gas cylinders and the welding/cutting torch. Materials and Construction: Regulators are constructed from materials that can withstand the pressures and conditions associated with welding processes. Common materials include brass and other durable alloys. Usage Tips: Proper Installation: Ensure that the regulator is correctly installed on the gas cylinder with the appropriate fittings and seals. Follow the manufacturer's guidelines for installation. Gas Type Verification: Confirm that the regulator is suitable for the specific type of gas being used, and do not interchange regulators for different gases. Pressure Adjustment: Adjust the outlet pressure of the regulator according to the recommended settings for the welding or cutting process. Refer to the welding procedure specifications (WPS) or guidelines. Flow Rate Setting: Set the gas flow rate using the flow control knob or valve on the regulator.
₹3,303  
A MINACHI 300 bar Gas Welding Regulator for CO2 Gas is a device used in welding and cutting processes to control and regulate the flow of gases, such as oxygen and fuel gases (e.g., acetylene, propane), from the cylinders to the welding or cutting torch. Regulators play a crucial role in maintaining a consistent and controlled gas flow, pressure, and volume during welding operations. Key Features and Functions of a Welding Regulator: Pressure Control: The primary function of a welding regulator is to control and regulate the pressure of the gases flowing from the high-pressure cylinders to the desired working pressure for the welding or cutting torch. Gas Type Compatibility: Welding regulators are designed to be specific to the type of gas being used, whether it's oxygen, acetylene, propane, or other fuel gases. Different regulators are required for different gases to ensure safe and effective operation. Two-Stage or Single-Stage Design: Regulators may be either two-stage or single-stage. Two-stage regulators are often used for precise control in applications where stable outlet pressure is critical. Single-stage regulators are simpler and more commonly used for general welding applications. Gauge Display: Welding regulators typically feature pressure gauges that display the pressure levels of both the gas in the cylinder (inlet pressure) and the gas delivered to the torch (outlet pressure). This allows the welder to monitor the gas levels and make adjustments as needed. Flow Control: Some regulators have flow control knobs or valves that allow the operator to adjust the rate of gas flow to the torch, providing better control over the welding or cutting process. Safety Features: Regulators may include safety features such as pressure relief valves that release excess pressure to prevent damage or accidents. Inlet and Outlet Connections: Welding regulators have specific inlet and outlet connections that match the fittings on the gas cylinders and the welding/cutting torch. Materials and Construction: Regulators are constructed from materials that can withstand the pressures and conditions associated with welding processes. Common materials include brass and other durable alloys. Usage Tips: Proper Installation: Ensure that the regulator is correctly installed on the gas cylinder with the appropriate fittings and seals. Follow the manufacturer's guidelines for installation. Gas Type Verification: Confirm that the regulator is suitable for the specific type of gas being used, and do not interchange regulators for different gases. Pressure Adjustment: Adjust the outlet pressure of the regulator according to the recommended settings for the welding or cutting process. Refer to the welding procedure specifications (WPS) or guidelines. Flow Rate Setting: Set the gas flow rate using the flow control knob or valve on the regulator.
₹9,911  
The Messer Typhoon Double Stage Regulator and Flowmeter, distinguished by the model number 77025089, exemplify precision and reliability in gas regulation technology, catering to the diverse needs of professionals in industrial applications. Operating at a substantial pressure of 100 Bar (equivalent to 1450 PSI), this regulator and flowmeter combo is engineered to provide accurate control over gas flow and pressure, making it an indispensable tool for tasks requiring precision and consistency. The double-stage design of the Messer Typhoon regulator ensures enhanced accuracy by reducing pressure in two sequential stages. This feature is crucial for applications such as welding, metal fabrication, and other industrial processes where precise gas control is paramount. The 100 Bar (1450 PSI) capacity makes it well-suited for handling various gases, offering versatility to professionals working with different gas types in industrial settings. Equipped with a flowmeter, this Messer regulator allows operators to monitor and adjust gas flow with precision, ensuring optimal performance and efficiency. The combination of a double-stage regulator and flowmeter enhances user control, making it easier to meet the specific requirements of different applications. Crafted with durability in mind, the Messer Typhoon regulator and flowmeter combination feature high-quality materials and meticulous engineering. The robust build ensures that the equipment can withstand the challenges of industrial environments, providing a reliable and long-lasting solution for professionals who rely on consistent gas regulation. The model number 77025116 underscores Messer's commitment to delivering top-tier industrial solutions. The Messer Typhoon Double Stage Regulator and Flowmeter, with their high pressure and precision design, stand as a testament to the brand's dedication to providing professionals with the tools they need for optimal performance in gas-dependent applications. This regulator and flowmeter combo are essential for those seeking a reliable and accurate solution for gas regulation in their industrial processes.
₹9,911  
The Messer Typhoon Double Stage Regulator and Flowmeter, featuring the model number 77025088, represents a pinnacle of precision and reliability in gas regulation technology for industrial applications. This dual-stage regulator and flowmeter combo are engineered to meet the stringent demands of professionals working in diverse sectors, offering precise control over gas flow and pressure. Operating at a robust pressure of 230 Bar (equivalent to 3335 PSI), the Messer Typhoon regulator ensures a consistent and stable gas supply. The double-stage design adds an extra layer of precision by effectively reducing the pressure in two sequential stages, resulting in enhanced accuracy and reliability in gas delivery. This is particularly crucial in applications such as welding, metal fabrication, and other industrial processes where precise gas control is paramount. Equipped with a flowmeter, this Messer regulator allows operators to monitor and adjust gas flow with precision. The 230 Bar (3335 PSI) capacity makes it suitable for handling a variety of gases, providing versatility for professionals working with different gas types in industrial settings. Crafted with durability and longevity in mind, the Messer Typhoon regulator and flowmeter combination feature high-quality materials and meticulous engineering. The robust build ensures that the equipment can withstand the rigors of industrial environments, providing a reliable and long-lasting solution for professionals who rely on consistent gas regulation. The model number 77025113 underlines Messer's commitment to delivering top-tier industrial solutions. The Messer Typhoon Double Stage Regulator and Flowmeter, with its high pressure and precision design, stands as a testament to the brand's dedication to providing professionals with the tools they need for optimal performance in gas-dependent applications. This regulator and flowmeter combo are essential for those seeking a reliable and accurate solution for gas regulation in their industrial processes.
₹2,713  
The Yamato Brass Double Gauge CO2 Regulator is a high-performance tool designed to provide precise and reliable control of CO2 gas flow in various applications, including welding, beverage dispensing, and aquariums. Built with durability and accuracy in mind, this regulator ensures optimal gas regulation and safety for both professional and personal use. Construction and Durability Crafted from high-quality brass, the Yamato CO2 Regulator boasts exceptional durability and corrosion resistance. The robust brass body is designed to withstand rigorous use and harsh environments, ensuring long-lasting performance and reliability. This solid construction guarantees the regulator maintains its functionality and integrity over time, even with frequent use. Double Gauge Design The regulator features a double gauge design that provides accurate readings for both the tank pressure and the output pressure. The dual gauges allow users to monitor the amount of CO2 remaining in the cylinder and the flow rate being delivered to the application. This ensures precise control over the gas flow, enhancing efficiency and performance. Precision and Control Equipped with a high-quality pressure adjustment knob, the Yamato Brass Double Gauge CO2 Regulator allows for fine-tuned control of gas flow. The smooth and precise adjustment mechanism enables users to set the desired pressure with ease, optimizing gas usage and improving the quality of the application, whether it be welding or beverage carbonation. Safety Features Safety is a top priority with the Yamato CO2 Regulator. It includes a safety relief valve that prevents over-pressurization, ensuring safe operation under various conditions. The secure fittings and robust brass construction minimize the risk of leaks, providing users with confidence and peace of mind during operation. Easy Installation and Use The Yamato Brass Double Gauge CO2 Regulator is designed for easy installation and operation. The standard CGA320 inlet connection ensures compatibility with most CO2 gas cylinders, allowing for quick and straightforward setup. The clear, easy-to-read gauges and intuitive adjustment knob make it simple for users to operate the regulator, even without extensive training. Versatility Ideal for a wide range of applications, including MIG and TIG welding, beverage dispensing systems, and aquarium CO2 injection, the Yamato Brass Double Gauge CO2 Regulator is a versatile tool. Its precise control and reliable performance make it an essential accessory for achieving high-quality results in various CO2 gas applications. Summary The Yamato Brass Double Gauge CO2 Regulator combines durability, precision, and safety in a user-friendly design. With its robust brass construction, dual gauges for accurate pressure monitoring, and fine-tuned control, this regulator is an excellent choice for anyone needing reliable CO2 gas regulation. Whether you are a professional welder, a homebrewer, or an aquarium enthusiast, the Yamato CO2 Regulator ensures optimal performance and efficiency in your gas-related operations.
₹2,123  
The KYOTO 1.150 Kg Brass Double Gauge Oxygen Regulator is a high-quality, reliable tool designed for precise control of oxygen flow in various industrial, medical, and welding applications. This regulator combines robust construction with advanced features to ensure safety, accuracy, and long-lasting performance. Construction and Durability Constructed from premium-grade brass, the KYOTO Oxygen Regulator offers superior durability and resistance to corrosion. Weighing 1.150 kg, this regulator is built to withstand heavy-duty use and harsh environments, ensuring it remains a dependable tool over time. The solid brass body ensures that the regulator can endure the rigors of frequent use without compromising its structural integrity. Double Gauge Design The regulator features a double gauge design, providing clear and precise readings of both the tank pressure and the output pressure. These dual gauges allow users to monitor the remaining oxygen in the cylinder and the flow rate being delivered to the application, ensuring accurate control and efficient use of the gas. Precision and Control Equipped with a high-quality pressure adjustment knob, the KYOTO Brass Double Gauge Oxygen Regulator allows for fine-tuned control of oxygen flow. The smooth adjustment mechanism enables users to easily set the desired pressure, optimizing gas usage and improving the quality of the application, whether it is for welding, cutting, or medical use. Safety Features Safety is paramount with the KYOTO Oxygen Regulator. It includes a built-in safety relief valve that prevents over-pressurization, ensuring safe operation under various conditions. The secure fittings and robust construction minimize the risk of leaks, providing peace of mind during use.
₹2,123  
The KYOTO 1.6 Kg Brass Double Stage Double Gauge Oxygen Regulator is a premium-grade tool designed to provide precise and reliable control of oxygen flow in various industrial, medical, and laboratory applications. Engineered with high-quality materials and advanced features, this regulator ensures optimal performance, safety, and durability for professionals who demand the highest standards. Construction and Durability Constructed from high-quality brass, the KYOTO Double Stage Oxygen Regulator is built to withstand the most demanding environments. The brass construction offers exceptional strength and resistance to corrosion, ensuring long-lasting durability even under harsh conditions. At 1.6 kilograms, the regulator is sturdy and reliable, yet still portable for ease of use. Double Stage Design Featuring a double-stage design, the regulator provides precise control over oxygen flow with enhanced safety and stability. The two-stage mechanism ensures consistent pressure regulation, resulting in a more stable output pressure regardless of fluctuations in the input pressure or cylinder contents. This design also improves efficiency and extends the lifespan of the regulator. Double Gauge Configuration Equipped with dual gauges, the KYOTO Brass Double Stage Oxygen Regulator allows for accurate monitoring of both cylinder pressure and output pressure. The gauges provide clear and easy-to-read measurements, enabling users to monitor gas levels and adjust flow rates with precision. This ensures optimal control over oxygen supply, enhancing performance and safety in various applications. Precision Adjustment With a high-quality pressure adjustment knob, the regulator enables fine-tuned control over gas flow. The smooth adjustment mechanism allows users to set the desired pressure with precision, optimizing gas usage and ensuring consistent performance in welding, cutting, and other oxygen-dependent tasks. Safety Features Safety is paramount in the design of the KYOTO Oxygen Regulator. It features a safety relief valve that prevents over-pressurization, ensuring safe operation in all conditions. The regulator also includes secure fittings and a robust brass construction to minimize the risk of leaks, providing users with confidence and peace of mind during operation. Easy Installation and Use Despite its advanced features, the KYOTO 1.6 Kg Brass Double Stage Double Gauge Oxygen Regulator is designed for easy installation and operation. The standard CGA540 inlet connection ensures compatibility with most oxygen cylinders, allowing for quick setup. The intuitive adjustment knob and clear gauges make it simple for users to operate the regulator, even without extensive training. Versatility Ideal for a wide range of applications, including welding, cutting, laboratory research, and medical use, the KYOTO Brass Double Stage Oxygen Regulator is a versatile tool. Its precise control, reliability, and durability make it an indispensable accessory for professionals who require accurate oxygen regulation in their work. Summary The KYOTO 1.6 Kg Brass Double Stage Double Gauge Oxygen Regulator sets the standard for precision, reliability, and safety in oxygen regulation. With its robust construction, double-stage design, and advanced features, this regulator offers unmatched performance for professionals who demand excellence in their oxygen-dependent applications. Whether you are a welder, a scientist, or a healthcare provider, the KYOTO Oxygen Regulator delivers the performance and precision you need to achieve outstanding results.
₹2,713  
The KYOTO 570 g Brass Industrial LPG Double Gauge Regulator is a high-quality and dependable device designed for precise control of LPG (liquefied petroleum gas) flow in industrial applications. Crafted from durable brass and equipped with dual gauges, this regulator ensures accurate pressure monitoring and efficient gas supply, making it an essential component for various industrial processes. Construction and Materials Constructed from high-quality brass, the KYOTO LPG Double Gauge Regulator offers exceptional durability and corrosion resistance, ensuring reliable performance even in harsh industrial environments. The brass construction provides strength and stability, allowing the regulator to withstand high-pressure conditions and prolonged use without compromising its integrity. Double Gauge Design The regulator features a double gauge design that allows for precise monitoring of both inlet and outlet pressures. The inlet pressure gauge displays the pressure of the LPG supply from the cylinder, while the outlet pressure gauge indicates the pressure of the gas delivered to the equipment or appliance. This dual gauge configuration enables users to accurately adjust and maintain the desired gas pressure for optimal performance. Precise Control Equipped with a high-quality pressure adjustment knob, the KYOTO LPG Double Gauge Regulator allows for fine-tuned control of gas flow. The smooth adjustment mechanism ensures that users can set the desired pressure with precision, optimizing gas usage and ensuring consistent performance in industrial processes. Versatility and Compatibility The regulator is designed for use with industrial LPG cylinders and is compatible with a wide range of equipment and appliances, including heaters, boilers, furnaces, and industrial ovens. Its versatile design and robust construction make it suitable for various industrial applications, providing reliable gas supply and pressure regulation where needed. Safety Features Safety is a top priority with the KYOTO LPG Double Gauge Regulator. The regulator is equipped with safety features such as a safety relief valve that prevents over-pressurization, ensuring safe operation in all conditions. The sturdy brass construction and secure fittings minimize the risk of leaks, providing users with confidence and peace of mind during operation. Easy Installation and Use The regulator is designed for easy installation and operation, allowing for quick setup and adjustment. The standard inlet and outlet connections ensure compatibility with most industrial LPG systems, while the intuitive adjustment knob and clear gauges make it simple for users to operate the regulator, even without extensive training. Summary The KYOTO 570 g Brass Industrial LPG Double Gauge Regulator offers durability, precision, and safety for controlling LPG flow in industrial applications. With its robust construction, double gauge design, and precise control features, the regulator provides reliable performance and peace of mind for industrial gas supply and pressure regulation. Whether used in manufacturing, construction, or commercial settings, the KYOTO LPG Double Gauge Regulator ensures efficient and safe operation for a wide range of industrial processes.
₹530  
The KYOTO 250 g Brass Industrial LPG Regulator is a compact yet robust device designed for precise control of LPG (liquefied petroleum gas) flow in industrial applications. Crafted from high-quality brass, this regulator provides reliable performance and safety in various industrial processes where accurate gas pressure regulation is essential. Construction and Materials Constructed from durable brass, the KYOTO LPG Regulator offers excellent strength and corrosion resistance, ensuring longevity and reliability in industrial environments. The brass construction provides stability and durability, allowing the regulator to withstand high-pressure conditions and extended use without compromising its integrity. Compact Design With its compact and lightweight design, the 250 g KYOTO LPG Regulator is highly portable and space-efficient. The small form factor makes it ideal for applications where space is limited or where mobility is required. Despite its compact size, the regulator delivers reliable performance and precise gas pressure regulation. Single Gauge Design The regulator features a single gauge design that allows for monitoring of the outlet pressure. The gauge indicates the pressure of the LPG gas delivered to the equipment or appliance, enabling users to adjust and maintain the desired pressure for optimal performance. While it has a single gauge, it still provides essential pressure information for efficient gas supply. Precise Control Equipped with a high-quality pressure adjustment knob, the KYOTO LPG Regulator allows for precise control of gas flow. The adjustment mechanism enables users to set the desired pressure with accuracy, optimizing gas usage and ensuring consistent performance in industrial processes. Versatility and Compatibility Despite its smaller size, the regulator is designed for compatibility with industrial LPG cylinders and various equipment and appliances, including heaters, burners, and commercial cooking equipment. Its versatile design and robust construction make it suitable for a wide range of industrial applications, providing reliable gas supply and pressure regulation where needed. Safety Features Safety is a top priority with the KYOTO LPG Regulator. The regulator is equipped with safety features such as a safety relief valve that prevents over-pressurization, ensuring safe operation in all conditions. The sturdy brass construction and secure fittings minimize the risk of leaks, providing users with confidence and peace of mind during operation. Easy Installation and Use The regulator is designed for easy installation and operation, allowing for quick setup and adjustment. The standard inlet and outlet connections ensure compatibility with most industrial LPG systems, while the intuitive adjustment knob makes it simple for users to operate the regulator, even without extensive training. Summary The KYOTO 250 g Brass Industrial LPG Regulator offers compactness, reliability, and safety for controlling LPG flow in industrial applications. With its durable construction, precise control features, and safety mechanisms, the regulator provides efficient and safe gas pressure regulation for various industrial processes. Whether used in manufacturing, construction, or commercial settings, the KYOTO LPG Regulator ensures reliable performance and peace of mind for industrial gas supply needs.
₹31,859  
The Messer Constant 2000 Hydrogen Gas Pressure Regulator is a specialized tool designed to regulate the pressure of hydrogen gas in various industrial applications. With an inlet pressure of 200 Bar and an outlet pressure of 100 Bar, this regulator is engineered to provide precise pressure control for hydrogen gas systems, ensuring safe and efficient operation in high-pressure environments.
The 71620110 model of the Messer Constant 2000 Hydrogen Gas Pressure Regulator is recognized for its reliability and performance. It is built to withstand the unique characteristics of hydrogen gas, making it a trusted choice for professionals in industries such as energy, semiconductor manufacturing, and research facilities.
The Messer Constant 2000 Hydrogen Gas Pressure Regulator features advanced pressure regulation technology that allows for accurate adjustment of gas pressure levels. This ensures consistent and reliable gas flow, preventing pressure fluctuations that can impact the quality and safety of industrial processes involving hydrogen gas.
The ergonomic design of the Messer Constant 2000 Hydrogen Gas Pressure Regulator includes user-friendly controls and clear pressure gauges, making it easy to operate and adjust according to specific application requirements. Its compact size and sturdy construction make it suitable for both stationary and portable hydrogen gas systems, providing flexibility for various industrial setups.
In summary, the Messer Constant 2000 Hydrogen Gas Pressure Regulator, with its inlet pressure of 200 Bar, outlet pressure of 100 Bar, and model number 71620110, is a dependable tool for maintaining precise pressure control in hydrogen gas systems. Whether you are involved in fuel cell technology, chemical processing, or other industrial processes that require hydrogen gas at high pressures, this regulator is designed to meet your pressure regulation needs with accuracy and reliability.
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RELATED CATEGORIES OF GAS PRESSURE REGULATOR
EXPLORE BRANDS RELATED TO Gas Pressure Regulator

Top Selling Gas Pressure Regulator Products Price List for August 2026

Product Name Specifications Expected Price Dispatch Time Discount
Seema (S.S.DG.NI-5) Single Stage Double Guage Nitrogen Gas Pressure Regulator Certification ISI Certified | Flow Rate 666.67 LPM ₹2,359 24 hrs --
KYOTO 570 g Brass Industrial LPG Double Gauge Regulator Color Red | Gauge Type Double Gauge ₹2,713 3 days --
ESAB DURA CO₂-35L Double Stage Regulator Gas Flow Carbon Dioxide | Inlet Connection Type 0.860x14 TPI R/H (Female) ₹15,339 3 days --
Ador Welding King Adaptor For LPG Gas Regulator- Suitable For Private Cylinders Color Multi Color | Connection Thread EXT W21.8 X 1.814 mm ₹919 3 days --
Arcon Gas Cylinnder Pressure Tester for Oxygen Gas, ARC-2081 Gas Oxygen | Suitable For Oxygen ₹1,651 24 hrs 12.55% OFF
Yamato Brass Double Gauge Co2 Regulator Color Black | Gauge Type Double Gauge ₹2,713 3 days --
ESAB DURA H-10 Hydrogen Double Stage Regulator Gas Flow Hydrogen | Inlet Connection Type 5/8" BSP L/H (Male) ₹14,159 4 days --
KYOTO 250 g Brass Industrial LPG Regulator Material Brass | Suitable For Welding, Cutting, Heating, Brazing Primarily Used With In ₹530 3 days --
Ashco Single Stage Heavy Duty Welding Regulator D.A Product Sub Type Single Stage Heavy Duty | Type Welding Regulator D.A ₹4,365 3 days --
ESAB Adaptor Lpg Reg. (PSU Cylinder) Size 25.6mm | 1341360411 Category A | Gas Flow LPG ₹589 24 hrs 4.92% OFF
This data was last updated on 06/08/2026

Short Hand Guide To Learn On Gas Pressure Regulators

A gas pressure regulator is a device used to control a gas's pressure as it flows through a system. It works by reducing the high pressure of the gas source to a lower, safer, and more manageable pressure suitable for the specific application. 

The regulator contains a diaphragm, a spring, and a valve that opens and closes in response to changes in gas pressure. When the gas pressure entering the regulator is too high, the diaphragm and spring close the valve and restrict the flow, reducing the pressure downstream. Conversely, if the pressure drops too low, the valve opens, allowing more gas to flow and increasing the pressure. At industrybuying, you get best deals on gas pressure regulator prices making your purchase authentic. We have various options like cutting torch or flow meter to buy at the best price.
 

What are the benefits of using a gas pressure regulator?

Gas cylinder regulators are devices used to maintain and control the pressure of the gas as it flows through a system. Read some of the benefits of using a gas pressure regulator

1. Safety: Gas pressure regulators are designed to maintain a safe pressure level within the system, preventing pressure build-up that could cause damage or even explosion.
2. Control: A gas pressure regulator allows you to precisely control the pressure of the gas, which is important for many applications where precise pressure is required.
3. Efficiency: By maintaining a consistent pressure, gas pressure regulators can help to ensure that gas is used efficiently, reducing waste and saving money.
4. Protection: Gas stove regulators, when used with right welding tools & accessories can protect equipment by ensuring that the gas pressure remains within the safe operating range for the system.
5. Versatility: Gas pressure regulators can be used in a wide range of applications, including residential, commercial, and industrial settings, making them versatile tools for managing gas pressure.

Industrial gas pressure regulators or argon regulators are essential for managing gas pressure and ensuring a gas system's safe, efficient operation.

What are the maintenance tips for gas pressure regulators online? 

Cylinder regulators are important components that ensure gas-powered equipment's safe and efficient operation. Here are some maintenance tips to keep your gas pressure regulators in good condition:

1. Regular Inspection: Perform visual inspections of your gas pressure regulators on a regular basis. Look for signs of damage, corrosion, leaks, or other abnormalities. Address any issues you find as soon as possible.
2. Check the Pressure Gauge: Monitor the pressure gauge on your regulator to ensure it is within the appropriate range. Adjust the regulator as needed if the pressure reading is too high or too low.
3. Clean the Regulator: Over time, gas pressure regulators can become clogged with dirt, debris, or other contaminants. You can use a soft brush air to remove any debris from the regulator's surface.
4. Replace Worn Parts: If you notice any worn or damaged parts, such as O-rings or seals, replace them immediately.
5. Lubricate Moving Parts: Apply lubricant to any moving parts on the regulator to ensure they operate smoothly.
6. Follow Manufacturer Recommendations: Always follow the manufacturer's recommendations for maintaining and replacing parts. This will help ensure that your regulator operates safely and efficiently.
7. Use a Professional: If you need clarification on maintaining your gas pressure regulator, consult a professional technician. They can provide guidance and ensure that your regulator is properly maintained.

How does your gas regulator work?

The high-pressure industrial gas pressure regulator works by reducing the high-pressure gas in the supply line to a lower pressure suitable use in the system. The pressure reduction is achieved by using a spring-loaded diaphragm that responds to changes in pressure. The diaphragm is connected to a valve that opens and closes to adjust the gas flow through the regulator.

When the gas enters the regulator, it passes through an inlet valve and enters a diaphragm chamber. The pressure of the gas pushes against the diaphragm, which compresses a spring connected to the valve. As the pressure increases, the diaphragm moves upward, and the valve closes, reducing the gas flow.

Conversely, if the pressure decreases, the diaphragm moves downward, opening the valve and increasing the gas flow. This process continues until the pressure in the system is stabilised at the desired level. A gas pressure regulator is a simple yet effective device that ensures a safe and reliable gas supply in various applications.

Why Choose Industrybuying? 

Industrybuying is a leading e-commerce company for B2B consumers. Here, you can purchase wholesale products like a flow meter or soldering equipment, which offers huge discounts and deals. Industrybuying is the perfect platform to buy gas regulators at affordable cost. You’ll find the original product with an onsite manufacturer warranty. Industrybuying also offers payment through BNPL (Buy Now Pay Later) wallet to instantly check out the best gas regulator. Explore more such useful gas-cutting accessories at the best gas pressure regulator price only on our website.

Frequently Asked Questions:

1. What is high gas pressure?

"High-pressure gas regulator" is defined by the High-Pressure Gas Safety Act as follows. 1. A compressed gas whose pressure is 1 MPa or more at normal working temperature and whose pressure is actually 1 MPa or more, or a compressed gas whose pressure is 1 MPa or more at 35 ° C

2. Are all gas regulators the same?

When it comes to gas cylinder regulators, it's important to consider the type of valve that the regulator is designed to fit. Each regulator is designed to fit a specific type of cylinder valve, and using a regulator that is not designed for that valve can be dangerous and may result in gas leaks or other safety hazards.

3. Do you need a pressure regulator for gas?

Gas regulators are an essential component of any gas system, as they help to ensure that gas is delivered at a safe and consistent pressure to gas appliances. The primary function of an industrial gas pressure regulator is to take the high pressure in the gas line and reduce it to the pressure required by the gas appliance. This is important because different appliances require different gas pressures to operate safely and efficiently.