Temperature control systems for liquid media:
Efficient temperature control for demanding testing processes
In electromobility, fuel cell development, or drive systems such as motors and transmissions—wherever thermally sensitive components are tested, precise temperature profiles and reproducible temperature control are crucial. Our temperature control systems for liquid media such as water-glycol mixtures, dielectrics or thermal oils offer the right solution for this.
Whether for endurance test benches, component testing, or functional simulation, our temperature control systems reliably ensure defined temperature conditions. Our systems are specially designed for demanding industrial testing processes and can be optimally adapted to your testing requirements.
Efficient temperature control solutions for single or multi-circuit systems
Depending on the application, installation situation, and budget, we can provide you with:
- Compact single systems for temperature control of individual test specimens
- Multi-circuit systems for parallel supply of multiple test objects
- Industrial chillers – e.g., for efficient cooling of test facilities, production environments, or storage areas
Our temperature control units can be seamlessly integrated into existing test benches and offer high temperature stability, precise control, and reliable long-term performance – even under dynamic conditions.
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Which
temperature control medium
is the right one—
water-glycol or oil?
The choice of the right temperature control medium depends largely on your application, the temperature range, and the components to be tested:
Water-glycol mixtures are ideal for dynamic test cycles at -40°C to +100°C, for example in battery, inverter, or electronics suitability tests.
They offer fast heat absorption, are non-flammable, and enable short temperature change times—ideal for research, validation, and environmental simulation.
Oil or thermal oil is used where higher temperatures (up to +300°C) or special lubrication and pressure conditions need to be tested—e.g., in gearboxes, motors, or hydraulic systems.
They are particularly suitable for long-term and endurance tests as well as for applications with thermally highly stressed media.
Tip: In many projects, the combination of temperature range, medium compatibility, and test strategy determines the choice of medium. We would be happy to advise you on which system is best suited to your test process
