Bimetals are vital in electrical regulation systems, including current and voltage regulators. They ensure the safe and stable operation of electrical circuits by responding to temperature changes that could impact performance.

Bimetals are widely used in the automotive industry for critical control systems like automatic starters, brake-power controllers, and radiator fan switches. These components enhance vehicle safety and performance by regulating temperature-sensitive functions.

Thermostats with snap-action bimetal discs are essential in maintaining precise temperature control in various applications. These devices ensure rapid contact breaking and consistent temperature regulation with minimal temperature differential.

In gas regulation, bimetals play a pivotal role in ensuring the safe and efficient flow of gas. These systems include gas regulators and power controllers with ambient temperature compensation, which adjust gas flow according to temperature changes.

Bimetals are integral in instrumentation, particularly in temperature-sensitive devices like clocks, timer units, thermometers, and temperature gauges. They provide accurate temperature compensation and control in these instruments.

Bimetals are used in steam traps and hot water mixers, ensuring efficient management of steam and water flow. These devices prevent energy loss and maintain consistent operation in heating systems.

Bimetals are crucial in safety devices, including fire detectors and flame protection systems for gas burners. These applications rely on the rapid response of bimetals to temperature changes, ensuring timely activation of safety mechanisms.

In exhaust gas valves and other valve systems, bimetals regulate the flow of gases based on temperature. This application is crucial for maintaining efficiency and reducing emissions in various industrial processes.

Bimetals are used in power controllers with ambient temperature compensation, ensuring the stable distribution of power across systems. These devices adjust power flow based on environmental conditions, optimizing efficiency.