Accessories

Experience precision and safety with the Gasarc Lab Master LGF520 high-purity high-pressure oxygen hose. Built to handle a 300 bar maximum working pressure, it is designed for demanding oxygen applications, ensuring reliable and contamination-free gas flow. This stainless steel gas hose is equipped with a non-return valve to prevent the backflow of gases to maintain the system's integrity.

. With a robust 300 bar maximum working pressure, this gas hose offers secure, reliable gas flow for demanding applications. Braided stainless steel construction along with an anti-whip design makes it a durable and safe option.

Ensure unmatched safety and efficiency with the Gasarc Lab Master LGF550 high-purity high-pressure tailpipe. Designed to withstand working pressures up to 300 bar, this stainless steel tailpipe is the perfect solution for demanding applications where reliability is non-negotiable. Equipped with a ceramic non-return valve, it prevents backflow to keep your gas systems safe and contamination-free. With its anti-whip design, the LGF550 high-purity tailpipe offers peace of mind by reducing the risk of injury or damage during operation.

Designed for high-pressure environments, it delivers unmatched durability and safety with a 300 bar maximum working pressure that ensures optimal performance in critical applications. This stainless steel gas hose boasts an anti-whip design for user and system safety.

The Gasarc Lab Master LGH500 high-purity header rail assemblies are engineered for precision and reliability. They are intended for use in conjunction with our gas manifolds integrated within gas management and distribution systems. These assemblies ensure smooth and efficient gas flow in demanding laboratory environments.

The Druva low-flow extension header kits are used to connect more than one gas cylinder on each side of the manifold. They can include a diaphragm shut-off valve, tubing, and inlet and outlet connections. Upon request, they can be equipped with check valves, gauges, vent valves, pressure transmitters, and contact gauges. These kits can be delivered with up to four inlets. The extension header kits are designed for the safe handling of high-purity gases.

The Druva MANYFLOW block features a modular design that supports a comprehensive range of gas manifolds for both cylinder and bundle gas supply, handling Acetylene and high-compressed gases up to 300 bar. It provides a variety of gas flow levels to suit multiple applications. This pressure shut-off valve unit is used as a component in high-pressure manifolds MB70 and MB400. Additionally, it can be supplied as a standalone unit without any other components. To expand the gas supply system according to specific operating conditions, stainless steel tubes of various lengths are available for seamless connection of additional gas packages, enhancing the flexibility of this modular setup.

The Druva mid-flow extension header kits are used to connect more than one gas cylinder on each side of the manifold. They can include a diaphragm shut-off valve, tubing, and inlet and outlet connections. Upon request, they can be equipped with check valves, gauges, vent valves, pressure transmitters, and contact gauges. These kits can be delivered with up to four inlets. The extension header kits are designed for the safe handling of high-purity gases.

The Optical Sensor Switch Hi-Lo is a non-invasive means for detection of a HI or LOW flow. This set of sensors is ideal for signaling an alarm, cutoff valve, or other device when the float passes the detector (alarm, valve, etc. are not included). The Optical Sensor Switch helps protect processes and equipment from damage caused by extreme flow rates. Its compact design and ease of operation make it a non-obtrusive, simple to use addition to your flow meter. Perfect for OEM applications, use whenever maximum or minimum flow levels need to be monitored automatically. It also can be used in conjunction with a control relay to power alternate equipment or monitoring devices. Used in conjunction with P, S and T Style Flow Meters.