All SS measuring system, Socket-case direct welded, Dry/liquid filled
Solid front with full blowback, Dry/liquid filled, Lightweight, Stabilized accuracy
All SS measuring systems, External Zero adjustment, Electric contact version, Dry/liquid filled
All SS measuring systems, Static pressure 40 bar max., External Zero adjustment, Electric contact version, Suitable for direct valve mounting
Compact design, Migrated pressure chambers, Static pressure up to 200 bar
Diaphragm operated, Compact design, Isolated pressure chambers, Static pressure up to 100 bar
All SS measuring system, Socket-case direct welded, Liquid filled versions
A trusted pressure gauge manufacturer and supplier in India provides reliable and accurate instruments for measuring pressure in industrial processes. Pressure gauges are essential components in process industries, ensuring safe operation, system efficiency, and real-time monitoring of liquids and gases under varying pressure conditions.
From general-purpose applications to critical process environments, pressure gauges play a vital role in maintaining operational safety, preventing equipment failure, and ensuring precise control across industries.
Pressure gauges are mechanical or digital instruments used to measure and display the pressure of gases or liquids within a system. These devices convert the applied pressure into a readable value on a dial or digital display using an internal sensing element such as a Bourdon tube, diaphragm, or capsule.
They are widely used for measuring:
Pressure gauges provide local indication without requiring external power in most mechanical designs, making them highly reliable and cost-effective for industrial use.
Using an incorrect or low-quality pressure gauge can lead to serious operational issues:
Selecting the correct type of pressure gauge is crucial for maintaining system reliability and safety.
The most commonly used pressure gauge in industrial applications, Bourdon tube gauges measure medium to high pressures using a curved tube that straightens under pressure. This mechanical movement is transferred to a pointer for accurate indication.
Designed for low-pressure applications and corrosive or viscous media, diaphragm gauges use a flexible membrane that deflects under pressure, ensuring accurate measurement even in harsh environments.
Capsule gauges are ideal for very low-pressure measurement, especially in clean gas systems. They use a sealed capsule element that expands under pressure, providing high sensitivity for small pressure changes.
Digital gauges provide precise readings with electronic sensors and display results on a digital screen. They are suitable for applications requiring high accuracy and data monitoring.
Used to measure the difference between two pressure points, these gauges are commonly used in filtration systems, flow measurement, and process control.
Designed to measure pressures below atmospheric levels, vacuum gauges are used in applications like refrigeration, packaging, and laboratory systems.
Oil & Gas: Monitoring pipeline pressure, drilling systems, and storage tanks for safe operation.
Chemical & Petrochemical: Measuring pressure in reactors, vessels, and corrosive chemical lines.
Power Generation: Boiler pressure monitoring, steam systems, and turbine operations.
Pharmaceuticals: Cleanroom and sterile process pressure monitoring with hygienic designs.
Water & Wastewater: Pump discharge monitoring, filtration systems, and pipeline pressure control.
Food & Beverage: Hygienic pressure measurement in processing, filling, and CIP systems.
HVAC & Utilities: Monitoring air pressure, chilled water systems, and compressor operations.
Q: What is the most commonly used pressure gauge?
A: The Bourdon tube pressure gauge is the most widely used due to its versatility, durability, and ability to measure a wide range of pressures.
Q: How do I choose the right pressure gauge?
A: Selection depends on:
Q: When should a diaphragm pressure gauge be used?
A: Diaphragm gauges are ideal for low-pressure applications and when dealing with viscous, corrosive, or contaminated media where standard gauges may fail.
Q: What is the difference between capsule and Bourdon gauges?
A: Capsule gauges are used for very low pressures and high sensitivity, while Bourdon gauges are suitable for medium to high-pressure industrial applications.
Q: Are digital pressure gauges better than mechanical ones?
A: Digital gauges offer higher accuracy and data display features, while mechanical gauges are more robust, cost-effective, and suitable for harsh environments.
