Discover the diverse possibilities of our industrial pressure regulators
Kendrion is a manufacturer of compact pressure regulators for use in industrial environments and in medical technology. The portfolio includes various standard versions designed for non-aggressive media such as air, water, and CO2. The pressure regulators offer a high volume flow and high control accuracy in a small size.
The Kendrion pressure regulators use a fabric-reinforced membrane, which allows a sensitive adjustment of the pressure and guarantees high stability even with fluctuations in the inlet pressure. The robust design ensures reliable operation and a long service life.
Customized versions possible
The pressure regulators have a modular design so that the cover, housing, and seal materials can be matched to the application in a cost-optimized manner. The pressure reducers are designed for compressed air and water. On request, pressure regulators can be configured for media such as oxygen or drinking water.
Convincing design and optimized layout for your application
Benefit now from our know-how in the field of pressure regulators!
Our Kendrion pressure regulators are mechanical membrane pressure regulators that impress with their simple design and high control accuracy. These pressure regulators are the ideal choice for numerous applications in medical and analytical technology.
How a membrane pressure regulator works
A pressure regulator reduces and stabilizes a variable inlet pressure to a constant, lower outlet pressure. In our membrane pressure regulators, this control is achieved mechanically by means of a control bolt that variably limits the flow rate. This control bolt is connected to a spring-loaded membrane. The pretension of the membrane spring is adjusted using a rotary knob or screwdriver, which creates a counterforce to the force on the membrane generated by the inlet pressure. The control bolt ensures a pressure drop that achieves the output pressure determined by the counterforce. If the inlet pressure fluctuates, the resulting force on the diaphragm is adjusted, whereby the opening cross-section of the control bolt is changed accordingly. This ensures a constant outlet pressure.
Optimum design by our experts
For the correct design of a pressure regulator in specific applications, the required flow rate to the outlet pressure must be taken into account in addition to the inlet and outlet pressure. The maximum flow rate is determined by the opening cross-section and the balance of forces between the membrane preload and the inlet pressure. Our experts will take care of the optimum design and selection of the right pressure regulator for your individual requirements.
