Steam trap

Choosing the right steam trap for high-pressure steam systems is crucial for efficient operation. Pressure, temperature and the amount of condensate produced are all important. A thermal steam trap reacts to temperature differences and is ideal for systems with fluctuating loads. A capsule steam trap works reliably at high pressure and is particularly durable.

As an experienced steam trap manufacturer, we know that every system has individual requirements. The trap must discharge the condensate quickly and without steam escaping. At the same time, it should minimize energy losses and be low-maintenance. The right choice improves efficiency and extends the service life of the system.

Superheated steam places special demands on a steam trap. The condensate must be drained safely without losing valuable steam. Thermal steam traps are particularly suitable as they react to temperature differences and reliably remove even small amounts of condensate. A thermodynamic steam trap works particularly efficiently at high pressures and is insensitive to dirt.

Bimetallic steam traps are also a good choice. They only open at a certain temperature in order to avoid unnecessary losses. If you are looking for a long-lasting solution, you can opt for mechanical steam traps such as the float steam trap. This adapts flexibly to the amount of condensate. As an experienced steam trap manufacturer, we offer the right model for every application. Let us advise you to find the optimum solution for superheated steam in your system.

Regular maintenance of the steam traps is important to prevent energy losses and keep the system efficient. Depending on the area of application, they should be checked at least once a year. Heavy-duty mechanical steam traps or models in critical processes often need to be checked every six months.

Thermal steam traps also need to be checked regularly, as deposits can impair their function. Capsule steam traps and membrane steam traps are particularly durable, but are not maintenance-free. A leaking or clogged unit can disrupt the steam flow and cause costs.

With targeted maintenance, faults can be detected at an early stage and operation optimized. As experts in efficient steam systems, we recommend an individual maintenance strategy tailored to your system.

Non-condensable gases can severely impair the performance of steam traps. They collect in the pipes and insulate the heat transfer surfaces. This reduces the efficiency of the system and increases energy consumption. Rapid drainage prevents these problems and ensures trouble-free operation.

Mechanical steam traps in particular are designed to reliably discharge gases and keep the system pressure stable. Thermal steam traps also react precisely to temperature differences and open in a targeted manner when non-condensable gases accumulate.

As an experienced steam trap manufacturer, we know how important the right choice is for a smooth process. The right steam traps ensure optimum steam quality and extend the service life of the system.

Accumulations of condensate in steam pipes lead to water hammers. A steam trap removes the condensate quickly and prevents sudden pressure surges that can damage pipes and valves. Without reliable drainage, the water builds up, is carried away and hits pipe walls at high speed.

Mechanical steam traps in particular work precisely and drain condensate continuously before dangerous quantities accumulate. Thermal steam traps also react to temperature differences and ensure efficient drainage in high-pressure systems.

As an experienced steam trap manufacturer, we offer devices that prevent water hammer and protect systems. Selecting the right trap increases safety and extends the service life of the system. Seek advice to find the right steam trap for your steam system and prevent damage.