Temperature Control of Heating Plates
and Mold Tools

Langzauner offers not only hydraulic pressure, but also the perfect temperature for your process. First and foremost, we pay attention to the profitability of the system. In variothermal processes in particular, energy efficiency is reflected in every heating and cooling cycle. We adapt to the existing media or resources or recommend alternative heating systems as well as show process-optimized savings potential.

Composite Presses

Compositepressen

Wood Working

holzbearbeitung

Metal Working

langzauner-metallbearbeitung

Our services include:

  • Electric heating systems up to 500 °C with active cooling
  • Electric heating systems up to 500 °C with active cooling
  • Gas fired media heating systems up to 400 °C
  • Closed cooling systems also anhydrous
  • Secondary control loops
  • Energy optimization solutions

FAQ

Yes. Heating and cooling systems are matched to existing resources such as electricity, gas, water, or thermal oil. Where it makes sense, suitable alternative heating systems are proposed so that process requirements and infrastructure fit well together.

It is used wherever tools and platens must be heated and cooled down again, for example in composite presses, thermoplastic and thermoforming processes, sandwich/honeycomb components, or wood and metal presses. In short: wherever temperature is a central control lever in the process.

Yes, very much. Especially in variothermal processes, every heating and cooling cycle affects energy costs. That is why temperature control is designed to operate economically, use savings potential, and, if needed, identify alternative heating systems.

Closed cooling systems form their own circuit in which the cooling medium circulates continuously, if required even completely water-free. They are especially useful when process reliability, defined water quality, or cooling independent of the rest of the infrastructure is required.

This refers to targeted heating and often cooling of heating platens and tools in a press. In addition to hydraulic pressure, the process receives exactly the temperature it needs, for example when curing resins, forming thermoplastics, or bonding sandwich structures.