Badotherm’s manifold range includes basic one-way needle valves, straight or angle type, up to 3, 4, and 5-valve manifolds, in direct and remote executions and as monoflange.
1. Instrument Needle Valves & One valve Manifolds
The instrument valves can be used for shutting off impulse lines or for isolation of pressure instruments. All valves are standard stainless steel and optional available in exotic materials, such as Hastelloy® and Monel®. This valve has a non-rotatable conical tip to ensure perfect alignment. Badotherm valves are manufactured within the European Union.
The two valve manifold can be used for isolation, bleeding, calibration, and testing of pressure instruments. All Badotherm manifolds are standard stainless steel and optional available in exotic materials, such as Hastelloy® and Monel®. This valve has a non-rotatable conical tip to ensure perfect alignment. Badotherm valves are manufactured within the European Union.
The three valve manifold can be used for isolation, calibration, and testing of differential pressure instruments. All Badotherm valves are standard stainless steel and optional available in exotic materials, such as Hastelloy® and Monel®. This valve has a non-rotatable conical tip to ensure perfect alignment. Badotherm valves are manufactured within the European Union.
The five valve manifold can be used for isolation, bleeding, calibration, and testing of differential pressure instruments. All Badotherm valves are standard stainless steel and optional available in exotic materials, such as Hastelloy® and Monel®. This valve has a non-rotatable conical tip to ensure perfect alignment. Badotherm valves are manufactured within the European Union.
The two valve manifolds are designed for multiple applications for isolation, bleeding, calibration, and testing of pressure instruments. All Badotherm manifolds are available with a variety of seat and seal materials and are fully tested under pressure in the factory. The manifolds are with all kind material certificates sucha s NACE and 3.1.
