Pressure Regulators
High pressure, low pressure, high flow, low flow...you name it.
We work with various manufacturers to make the right choice for your application.
Line pressure regulator
These line regulators are used to manually set an outlet pressure (pressure reducer) or an inlet pressure (overflow valve) to a fluid (liquid or gas) compatible with the materials used.
Devices designed to regulate low pressures (< 35 bar / 500 psi) generally feature a metal diaphragm. External sealing is ensured by a metal-to-metal seal.
Devices designed to control higher pressures (> 35 bar / 500 psi) feature a piston. External sealing is provided by an elastomer or plastic seal.
Cylinder pressure regulators
Cylinder pressure regulators are devices used to reduce and regulate the pressure of the gas contained in a compressed gas cylinder. They enable the high storage pressure of the gas to be reduced to a lower, constant pressure, suited to the end use, whether it's to supply an appliance, a tool or an industrial process.
Available for cylinders up to 300 bar (4350 psi), in stainless steel or brass, with or without pressure gauges and safety valves. Different Cv values are available, depending on the flow rates used in your application.
Our cylinder regulators are fully compatible with different fittings / brands / types of gas cylinders.
Available for cylinders up to 300 bar (4350 psi), in stainless steel or brass, with or without pressure gauges and safety valves. Different Cv values are available, depending on the flow rates used in your application.
Our cylinder regulators are fully compatible with different fittings / brands / types of gas cylinders.
Precision pressure regulators
Precision pressure regulators for lower pressure ranges and more sensitive pressure variations.
These regulators are generally larger due to their complex design, which incorporates additional components to improve pressure control stability and accuracy.
This increased size makes it possible to incorporate larger diaphragms, compensation chambers, and other mechanisms that reduce pressure variations and increase regulator sensitivity. This enables them to maintain a constant pressure with very tight tolerance, even under fluctuating conditions or variable flow rates.
These regulators are generally larger due to their complex design, which incorporates additional components to improve pressure control stability and accuracy.
This increased size makes it possible to incorporate larger diaphragms, compensation chambers, and other mechanisms that reduce pressure variations and increase regulator sensitivity. This enables them to maintain a constant pressure with very tight tolerance, even under fluctuating conditions or variable flow rates.
