The DruvaPUR 20 m3 Series high-purity six-port dual-stage high-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity four-port single-stage absolute-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity six-port single-stage low-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR high-purity six-port single-stage precision line regulator is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to gas purity 6.0. It is not usable for corrosive and/or toxic gases and their mixtures.

The Gasarc Chem Master SGL600 single-stage diaphragm line regulator is designed for secondary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.

The Gasarc Chem Master SGL620 single-stage piston line regulator is designed for secondary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.

The DruvaPUR 20 m3 Series high-purity six-port single-stage high-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity six-port dual-stage low-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity four-port single-stage line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity six-port dual-stage absolute-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity is 6.0.

The Gasarc Spec Master HPL600 single-stage diaphragm line regulator is designed for secondary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in gas distribution systems.

The DruvaPUR 20 m3 Series high-purity four-port single-stage low-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR high-purity four-port single-stage precision line regulator is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to gas purity 6.0. It is not usable for corrosive and/or toxic gases and their mixtures.

The Gasarc Lab Master LGP500 single-use regulator is designed for secondary pressure gas control of non-corrosive, toxic, and high-purity gases up to grade 5.0 purity (99.999%) in gas distribution systems.

The DruvaPUR 20 m3 Series high-purity six-port single-stage absolute-pressure line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaUHP 20 m3 Series ultra-high-purity LUOSSSS0 single-stage line regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and/or toxic gases and their mixtures up to gas purity 6.0.

The Gasarc Tech Master VAA090 high-pressure isolation valve is designed for use in gas control of non-corrosive or toxic, technical-grade gases up to 4.5 purity (99.995%).

The DruvaTEC 20 m³ Range four-port shut-off valve is used in gas supply systems handling industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases.

The DruvaTEC 20 m³ Range two-port shut-off valve is used in gas supply systems handling industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases.

The DruvaTEC 20 m³ Range four-port shut-off valve is used in gas supply systems handling industrial, inert, flammable, and oxidising gases and gas mixtures. It is not usable for corrosive or toxic gases.

Made from electro-polished 316L stainless steel, the Druva high-purity diaphragm valve is designed for sensitive applications, handling toxic or corrosive gases up to a purity grade of 6.0.

The DruvaPUR Lab System high-purity shut-off valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.

The DruvaPUR 20 m³ Range high-purity two-port diaphragm regulating valve with a shut-off function is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR Series high-purity connection valves are engineered for use with gas cylinders containing inert, reactive, flammable, and oxidising gases and gas mixtures with a purity of up to 6.0. They are not suitable for oxygen applications.

The DruvaPUR 20 m³ Range CV300 SSG high-purity non-return valve is ideal for supply systems handling inert, flammable, oxidising, and corrosive gases up to a maximum purity of 6.0.

The Gasarc Chem Master VAA370 high-purity isolation valve is designed for use in corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).

The DruvaPUR 20 m³ Range two-port metal diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum purity of 6.0. It is not usable for corrosive and toxic gases.

The Druva 20 m³ Range high-purity low-flow four-port metal diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The Gasarc Spec Master VAA360 high-purity isolation valve is designed for use in gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%).

The Gasarc Lab Master VAA35 high-purity isolation valve is designed for use in gas control of high-purity gas up to grade 5.0 purity (99.999%).

The DruvaPUR 20 m³ Range high-purity two-port regulating valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.

The DruvaPUR 20 m³ range middle flow two-port shut-off valve is designed for safely handling high-purity, inert, flammable, and oxidising gases, with a maximum working pressure of up to 40 bar (600 psi).

The DruvaPUR Lab System high-purity regulating valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.

The DruvaPUR 20 m³ Range VSLDSMAR high-purity two-port stainless steel diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.

The DruvaPUR Lab System high-purity combination valve, an optional component for Integrated or Modular Lab Versions, is suitable for gas supply systems in laboratories handling inert, flammable, oxidising, and corrosive gases, up to purity grade 6.0.

The DruvaPUR 20 m³ Range high-purity two-port metal diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.

The DruvaPUR FAV 115 V/T packed regulating valves are ideal for extracting and adjusting corrosive gases from pressurised gas cylinders.

The DruvaPUR 20 m³ Range high-purity low flow four-port stainless steel diaphragm shut-off valve is used in supply systems handling pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum purity of 6.0.

Metal diaphragm shut-off valve is used in supply systems for ultra pure, inert, flammable, oxidizing, corrosive and toxic gases and gas mixtures.

For non-corrosive or toxic gases up to a purity of 99.995%, the Gasarc Tech Master GPT400 two-stage cylinder regulator provides dependable pressure control in industrial applications.

he Gasarc Tech Master D1G High Flow balanced wall-mounted regulator is ideal for applications that require consistently high gas flow, such as laser cutting, fire suppression, and gas purging.

The Druva 100 m³ series single-stage cylinder bundle regulator is a high-pressure model that is designed for efficient gas supply management.

The Druva MR400 single-stage cylinder bundle regulator is a high-pressure, high-flow regulator designed for industrial applications.

The Gasarc Tech Master GPT420 two-stage cylinder regulator delivers precision control for non-corrosive or toxic technical gases, up to 99.995% purity. Ideal for industrial applications, it ensures consistent pressure even as cylinder pressure decreases.

The Gasarc Tech Master GPT410 two-stage acetylene cylinder regulator is built for precise control of technical-grade acetylene gas, offering 99.995% purity in industrial settings.

Designed for non-corrosive or toxic technical grade gases, the Gasarc Tech Master GPS400 single-stage cylinder regulator offers reliable gas control with a purity of up to 99.995%.

The Gasarc Tech Master GPS410 single-stage cylinder regulator is crafted for precise control of technical-grade acetylene gas up to 99.995% purity for industrial applications.

The Gasarc Tech Master GPS420 single-stage cylinder regulator offers precise gas control for non-corrosive or toxic technical-grade gases up to a purity of 4.5 (99.995%) in industrial sectors.

The DruvaPUR high-purity Prior dual-stage cylinder regulator is designed for inert gases and gas mixtures with a purity level of up to 5.0. It features an inlet pressure of 230 bar (3300 psi) and an adjustable outlet pressure range from 0.05 to 10 bar (0.7 to 145 psi), ensuring precise and reliable pressure control.

The DruvaPUR CSLHHSQR3X high-purity single-stage cylinder regulator is specifically engineered to handle the HCl (Hydrochloric Acid) and Cl₂ (Chlorine) gases.

The Gasarc Spec Master HPT600 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.

The DruvaPUR 20 m3 Series high-purity six-port dual-stage low-pressure cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series high-purity six-port single-stage low-pressure cylinder regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The Gasarc Spec Master HPS620 single-stage piston cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 (99.9999%) in applications where slight variation from decreasing cylinder pressure is acceptable.

The Gasarc Lab Master LGT500 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.

The Gasarc Lab Master LGS510 single-stage diaphragm cylinder regulator is designed for primary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in applications where slight pressure variation from decreasing cylinder pressure is acceptable.

The Gasarc Chem Master SGT620 two-stage piston cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.

The Gasarc Chem Master SGT600 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.

The DruvaPUR 20 m3 Series high-purity six-port single-stage absolute pressure cylinder pressure regulator is used in gas supply systems for pure, inert, flammable, oxidising, corrosive gases, and/or toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The Gasarc Lab Master LGT510 two-stage diaphragm cylinder regulator is designed for primary pressure gas control of high-purity acetylene gas up to grade 5.0 purity (99.999%) in applications where constant delivery pressure is required as the cylinder pressure decreases.

The DruvaTEC 20 m3 Series two-source single-stage semiautomatic manifold MTLS is ideal for industrial, inert, flammable, and oxidising gases.

The Gasarc Tech Master GPD414 twin-cylinder two-stage gas manifold is designed for primary pressure control of technical grade acetylene gas up to 4.5 purity (99.995%) in applications where consistent delivery pressure is crucial as the cylinder pressure decreases.

The Druva MM70-2 1 m3 series dual-source single-stage acetylene manifold features a manual quick-acting shut-off device for maximum safety.

The Gasarc Tech Master GPD4030 single-stage diaphragm differential autochange gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.

The DruvaTEC 100 m3 Series Three-Source Single-Stage Manual Gas Manifold MTMHXTSX with 3 inlets is designed for industrial and inert gas supply, offering optional features like shut-off valves and process gas purging.

The Gasarc Tech Master GPM4030 single-stage manual diaphragm gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.

The DruvaTEC 250 m3 MB400 single-stage high-pressure manual gas manifold, based on the Manyflow unit, is designed for high-flow oxygen and inert gas applications, with safety features like non-return valves, a central shut-off valve, and a flashback arrestor.

The DruvaTEC 250 m3 Series MM400-1 is an one-source single-stage gas manifold panel designed for high-flow applications, featuring MR60 or MR400 regulators, suitable for handling gases at inlet pressures up to 300 bar.

The DruvaTEC 25 m3 MM400-2 two-source single-stage manual manifold ensures safe high-pressure acetylene operation with purge valves, non-return valves, a flashback arrestor, and quick-acting shut-off valves.

The DruvaTEC 20 m³ MTLT is a single-stage gas manifold designed for industrial gas supply systems, featuring three gas sources and a manual changeover system.

The Gasarc Tech Master GPM4230 single-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.

The Gasarc Tech Master GPD4040 two-stage diaphragm differential autochange gas manifold - BS EN ISO 7291 is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where constant delivery pressure is required.

The Gasarc Tech Master GPM4020 two-stage diaphragm manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.

The Druva 5m³ series Maxiflow dual-source single-stage semiautomatic acetylene manifold features two inlets and a manual quick-acting shut-off device for efficient gas management.

The Gasarc Tech Master Mid Flow MFA4060 twin-cylinder autochange gas manifold offers primary pressure control for gases up to grade 4.5 purity (99.995%) in gas distribution systems requiring a stable and uninterrupted gas flow. Technical Data Talk to the experts

The Gasarc Tech Master GPM411 single-stage single-cylinder manual gas manifold is designed for primary pressure control of technical-grade acetylene gas up to 4.5 purity (99.995%) in gas distribution systems.

The Gasarc Tech Master GPM4210 single-stage manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where slight pressure variation is acceptable.

The Gasarc Tech Master GPM4240 two-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.

The Gasarc Tech Master GPM413 twin-cylinder single-stage manual gas manifold is designed for primary pressure control of technical-grade acetylene gas up to 4.5 purity (99.995%) in gas distribution systems.

The Gasarc Tech Master D1G High Flow gas manifold is designed for non-corrosive or toxic, technical gases up to 4.5 purity (99.995%) in high-demand gas distribution systems.

The Gasarc Tech Master Mid Flow MFM4050 single-cylinder manual gas manifold offers primary pressure control for gases up to 4.5 purity (99.995%) in gas distribution systems.

The DruvaTEC 25 m3 MB400 single-stage acetylene manifold, based on the Manyflow unit, ensures safe high-flow acetylene gas delivery with advanced safety features and compliance with ISO 14114 and ISO 15615 standards.

The Druva MB70 10 m3 high-pressure acetylene manifold for middle and low flow rates is designed for cylinder or cylinder bundle service with oxygen and inert gases.

The Gasarc Tech Master GPD4240 two-stage piston differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems where constant delivery pressure is required.

The DruvaTEC 100m3 MTMHXXSX one-source single-stage manifolds are designed for a wide range of industrial, inert, flammable, and oxidising gas applications.

The DruvaTEC 25 m3 Series MM400-1 one-source single-stage acetylene manifold comes with an inlet x-block, purge valves, non-return valves, and filters for efficient high-pressure applications.

The DruvaTEC 20 m3 Two Source Single-Stage Manual Gas Manifold MTLM for industrial gas supply systems is designed for inert, flammable, and oxidising gases.

The Gasarc Tech Master GPM4220 two-stage piston manual gas manifold is designed for primary pressure gas control of non-corrosive or toxic, technical gases up to grade 4.5 purity (99.995%) in gas distribution systems.

The DruvaTEC 250 m³ Series MS400 single-stage semi-automatic gas manifold is designed to reduce compressed gases from a maximum pressure of 300 bar to a continuous supply of 20 bar or 40 bar.

The Druva MM400-2 single-stage gas manifold with MR60 or MR400 regulators is designed for high-flow applications with gases up to 300 bar.

The DruvaPUR 20 m3 Series Low Flow high-purity dual-source dual-stage semiautomatic manifold - process gas purging system is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The DruvaPUR 20 m3 Series Low Flow high-purity dual-source single-stage semiautomatic manifold - high-pressure valve is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.

The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-stage gas manifold is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.

The Gasarc Chem Master SGD6040 Series two-stage differential autochange gas manifold is designed for primary pressure gas control of corrosive and toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where constant delivery pressure is required.

The Gasarc Lab Master LGM5040 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) on gas distribution systems where constant delivery pressure is required.

The DruvaPUR 20 m3 Series Low Flow high-purity single-source single-stage gas manifold is used in gas supply systems for pure, inert, flammable, and oxidising gases and gas mixtures up to a maximum gas purity of 6.0. It is not usable for corrosive and/or toxic gases.

The Gasarc Spec Master HPD6230 Series single-stage differential autochange gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 6.0 purity (99.9999%) on gas distribution systems where slight pressure variation is acceptable.

The DruvaPUR 20 m3 Series Low Flow high-purity single-source dual-stage gas manifold - external gas purging system is used in gas supply systems for pure, inert, flammable, oxidising, corrosive, and toxic gases and gas mixtures up to a maximum gas purity of 6.0.

The Gasarc Lab Master LGM5020 Series two-stage manual change gas manifold is designed for primary pressure gas control of non-corrosive or toxic, high-purity gases up to grade 5.0 purity (99.999%) on gas distribution systems where constant delivery pressure is required.

The Gasarc Lab Master LGD514 Series high-purity two-stage gas manifold is designed for primary pressure gas control of technical-grade acetylene gas up to 5.0 purity (99.999%) on applications where constant delivery pressure is required as the cylinder pressure decreases.