
Capillary thermostats function through the principle of thermal expansion. As the temperature of the controlled object fluctuates, the liquid within the temperature sensing component undergoes volume changes due to thermal expansion and contraction. This action causes the connected capsule to expand or contract, which in turn activates the switch through a lever mechanism, ensuring consistent temperature regulation.
Our thermostats provide precise regulation, allowing for optimal performance in various applications.
Designed for longevity, they maintain consistent operation over time, minimizing fluctuations.
With a narrow gap between the activation and deactivation points, these thermostats ensure precise control over temperature settings.
Suitable for diverse environments, they accommodate a broad spectrum of temperatures for versatile applications.
Capillary thermostats are primarily utilized in the temperature control sectors of the home appliance industry, electric heating equipment, and refrigeration, making them a crucial component in ensuring efficiency and safety.








A capillary thermostat is a mechanical temperature controller based on the principle of liquid expansion, primarily used for accurately sensing and controlling the temperature of equipment or media.
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