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Temperature sensors are tools that identify, gauge, and translate coldness and heat into an electrical signal. In our daily lives, temperature sensors are used in appliances including refrigerators, microwaves, thermometers, and home water heaters. The topic of geotechnical monitoring is just one of the many uses for temperature sensors.
A basic device that senses how cold or hot something is and then translates the measurement into a readable unit is another definition of a temperature sensor. The temperature of the boreholes, earth, enormous concrete dams, or structures is measured using specialised temperature sensors.
The Brazil temperature sensors market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The first engine temperature sensors made in Brazil became available on the market due to MTE, which started out as Metalrgica Termo-Elétrica. The temperature sensor acts as a thermometer by determining the temperature of coolants in liquid-cooled engines or of oil in air-cooled engines and converting that information into electrical signals that the dashboard of the car can understand.
Beginning at that point, the company began producing thermostatic valves, solidifying its position as the most well-known manufacturer of engine temperature control products and a benchmark brand.
This control is provided by the thermostatic valve, which routes the coolant flow from the engine to the radiator. Thermal switches, which are produced by MTE-THOMSON and regulate the cooling system’s numerous components based on engine temperature, start to be used.
NTC and PTC thermistors are produced as a result of the advancement of new technologies, such as the use of automotive ceramics. Only MTE-THOMSON produces the internal temperature sensor components in Latin America. With an eye on the medium/heavy duty sector, the company is the first to introduce the EGTS, or exhaust gas temperature sensor, in Brazil.
The ECU can limit the emission of pollutants thanks to the sensor’s ability to reduce exhaust gases, measure gas temperature, convert it to voltage (V), and alert the system.
MTE-THOMSON, which is in charge of all cooling system components and is responsible for controlling temperature and, by extension, the appropriate operation of the engine, has established itself as a leader in the industry with a pioneering attitude and a thorough awareness of market demands.
