Pioneers in the industry, we offer back pressure regulators, high pressure regulator, single stage pressure regulator, rego rg series cryogenic pressure regulator, hcl gas regulator and ss pressure regulator from India.
Here’s a professional and concise description for your Back Pressure Gas Regulators:
"Precision-engineered Back Pressure Gas Regulators designed to maintain consistent upstream pressure by relieving excess gas. Ideal for industrial applications, ensuring accurate pressure control, safety, and efficiency. Built with high-quality materials for durability and reliable performance in various gas systems.
Our Single-Stage Gas Regulators are engineered to provide precise and reliable gas pressure control in various industrial, commercial, and residential applications. Designed for simplicity and efficiency, these regulators offer a direct, cost-effective solution for managing gas pressure with minimal maintenance.
RG series cryogenic regulators are primarily designed to maintain pressure on cryogenic liquid within cryogenic containers. They may also be used in cryogenic lines, vaporizer and converter applications. They are especially useful in installations where space and cost limitations are important.
Features
All parts are copper alloy (brass), PTFE and stainless steel— materials selected specifically for compatibility with cryogenic temperatures down to -320°F. (-196º C )
PTFE seat helps assure a positive shut-off at cryogenic temperatures down to -320°F. (-196º C )
High and low pressure regulators are the same compact size— designed to fit in close quarters.
Interchangeable with existing cryogenic regulator units.
Inlet filter helps prevent foreign material from entering the regulator.
Locknut is provided to maintain adjusting screw setting.
RG125C and RG175C Series available with flat inlet screen.
RG000090AG is available with T handle adjustment screw and gauge ports.
Our HCl Gas Regulator is a precision-engineered device designed to safely and accurately control the flow and pressure of Hydrogen Chloride (HCl) gas in industrial and laboratory applications. Hydrogen chloride is a highly corrosive and reactive gas, often used in chemical processes, laboratory experiments, and semiconductor manufacturing. Our regulator ensures consistent, reliable, and safe delivery of HCl gas while maintaining strict control over pressure and flow rates to prevent leaks and maintain operational efficiency.
Our Stainless Steel Pressure Regulator is engineered to deliver precise, reliable pressure control in industrial and commercial applications. Constructed from high-quality stainless steel, this regulator offers superior durability and corrosion resistance, ensuring long-lasting performance even in harsh environments. Designed to regulate the flow and pressure of gases or liquids, it ensures stable operation, protecting downstream equipment from overpressure damage.
Our Two-Stage Gas Regulators provide precise and stable pressure control for a wide range of industrial, commercial, and residential applications. Designed to regulate the flow of gas in systems requiring consistent pressure, these regulators feature a two-stage regulation process that ensures reliable performance under varying supply pressures.
Our Gas Pressure Regulator for Acetylene Gas is designed to deliver precise and reliable pressure control for acetylene-based applications, including welding, cutting, and heating. Engineered with safety and performance in mind, this regulator ensures a stable and consistent flow of acetylene gas, essential for achieving optimal results in high-performance tasks. Whether used in industrial, commercial, or construction environments, our regulator guarantees the safe and efficient operation of acetylene systems.
Our Oxygen Gas Manifold System is engineered to provide safe, efficient, and reliable distribution of oxygen in industrial, medical, and laboratory applications. Designed with high-quality materials and advanced safety features, this manifold system ensures seamless flow control, helping maintain a consistent and stable supply of oxygen while meeting the highest safety and performance standards.
