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GPD4240 Two-Stage Differential Autochange Gas Manifold

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 Gasarc Tech Master GPD4240 two-stage differential autochange gas manifold is designed to provide continuous gas flow and precise pressure control for critical applications. Boasting a twin-cylinder configuration, this automatic gas manifold ensures uninterrupted supply by switching sources when a cylinder is depleted, making it ideal for high-demand environments. With high-pressure isolation valves and a process line isolation valve, it offers the user complete control to securely shut off the gas flow. This two-stage gas manifold is made with a brass barstock body to endure harsh conditions without corroding.

GCE Druva

Technical Grade Manifolds

GPM4010 Single-Stage Manual Gas Manifold - BS EN ISO 7291

The Gasarc Tech Master GPM4010 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.

Engineered for steady and reliable pressure control, the Gasarc Tech Master GPM4010 single-stage manual gas manifold is designed for applications involving non-corrosive or technical gases. It comes equipped with a process line isolation valve and high-pressure isolation valves to provide secure and quick shut-off during maintenance or emergencies. This single-stage diaphragm manifold system features an encapsulated valve design to reduce contamination and maintain gas purity. Robust brass barstock construction ensures superior durability to survive the harsh industrial environment.

GCE Druva

Technical Grade Manifolds

GPM4020 Two-Stage Manual Gas Manifold

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.

Streamline your gas distribution with the Gasarc Tech Master GPM4020 two-stage gas manifold. With a two-stage pressure regulation design, it ensures a stable output pressure even with fluctuating input pressures. High-pressure isolation valves and a process line isolation valve enhance safety, while the encapsulated valve design minimises contamination risks. Made from durable brass barstock, this manifold system is highly durable and corrosion resistant, suitable for managing non-corrosive or toxic gases up to grade 4.5 purity.

GCE Druva

Technical Grade Manifolds

GPM4030 Single-Stage Manual Gas Manifold

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.

Designed for efficient gas management, the Gasarc Tech Master GPM4030 gas manifold - BS EN ISO 7291 provides single-stage pressure regulation for technical gases. Equipped with high-pressure isolation valves and a process line isolation valve, it ensures safe operation and easy maintenance. Its encapsulated valve design further enhances safety by preventing leaks. This gas manifold system is compatible with twin-cylinder configurations, allowing continuous gas supply.

GCE Druva

Technical Grade Manifolds

GPM4040 Two-Stage Manual Gas Manifold

The Gasarc Tech Master GPM4040 two-stage diaphragm manual 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.

Gas management gets easier with the Gasarc Tech Master GPM4040 two-stage gas manifold - BS EN ISO 7291 in your distribution system. Its two-stage pressure regulation ensures consistent output, even as cylinder pressure fluctuates. The diaphragm manifold supports a twin-cylinder configuration for continuous gas supply. It features high-pressure isolation valves, process line isolation valves, and an encapsulated valve design for maximum safety during operation and maintenance.

GCE Druva

Technical Grade Manifolds

GPM411 Single-Cylinder Single-Stage Manual Acetylene Manifold

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 GPM411 single-cylinder manual gas manifold is designed with safety at its core. Equipped with an automatic shut-off device, it halts gas flow immediately in case of irregularities. Additionally, the integrated flashback arrestor prevents the backflow of gases and flames, enhancing overall system safety. This single-stage manifold also includes a process line isolation valve and a high-pressure purge valve for simplified maintenance and secure gas management in cutting and welding applications.

GCE Druva

Technical Grade Manifolds

GPM413 Twin-Cylinder Single-Stage Manual Acetylene Manifold

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 GPM413 single-stage gas manifold is engineered for industrial applications using twin acetylene cylinders. It features low- and high-pressure valves for managing gas flow at varying pressure levels, ensuring efficient control. A process line isolation valve provides a convenient shut-off function for maintenance, while the automatic quick-acting shut-off device enhances safety by stopping gas flow during emergencies. The integrated flashback arrestor adds another layer of protection, making the acetylene manifold ideal for critical applications such as cutting and welding.

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Technical Grade Manifolds

GPM4210 Single-Stage Manual Gas Manifold

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.

Experience seamless flow and unmatched control with the Gasarc Tech Master GPM4210 single-stage gas manifold. Its single-stage pressure regulation provides stable control in applications where minor pressure variations are acceptable. With high-pressure isolation valves, a robust encapsulated valve design, and a process line isolation valve, the piston gas manifold offers safety, efficiency, and ease of maintenance, making it an ideal choice for specialised gas applications. This gas manifold system is built from brass barstock for exceptional durability.

GCE Druva

Technical Grade Manifolds

GPM4220 Two-Stage Manual Gas Manifold

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.

When consistency is the priority, the Gasarc Tech Master GPM4220 two-stage manual gas manifold is the right choice. Thanks to two-stage pressure regulation, it ensures stable gas flow even as cylinder pressure varies. This piston-style gas manifold is designed for single-cylinder configurations, making it ideal for applications requiring controlled gas supply from individual sources. It comes with high-pressure isolation valves, a process line isolation valve, and an encapsulated valve design for maximum safety.