Thermodynamic steam traps react to the difference in velocity between steam and condensate. The principle of operation is based on the difference in velocity between condensate and steam as it flows through the gap between the seat and the disc.

The float steam trap operates on the basis of the density difference between steam and condensate. Ideal for continuous drainage of paper systems.

Thermostatic steam traps react to the temperature difference between steam and condensate. The condensate drain allows condensate to flow through when this temperature difference occurs. They are ideal because of their small and compact size.

The principle of operation of the inverted bucket steam trap is based on the difference in density between steam and condensate. Inverted bucket steam traps are the most resistant to mechanical damage.

Air and gas float traps are designed to automatically remove moisture from air and gas lines. The condensate trap operates automatically without requiring any power supply.

The principle of operation of the bimetallic condensate drain is based on the thermal elasticity of bimetallic washers that respond to the temperature difference between steam and condensate. Ideal for systems where there is a need to adjust the condensate drainage temperature.

A wide range of different types of steam traps for connections with a universal pipe connector or a modular steam trap assembly for quick and easy installation.

Optional valves are used to drain (purge), drain the filter contents of the condensate traps or vent the air from the condensate trap or pressure relief valve.