Temperature & Process Instruments is a measuring instruments supplier based in Yonkers, New York, specializing in providing a comprehensive range of temperature and process measurement solutions. The company offers an extensive selection of products including combustion analyzers, thermocouples, RTDs, process calibrators, industrial infrared thermometers, flue gas combustion analyzers, indoor air quality meters, temperature and humidity transmitters, as well as panel meters and controllers. These instruments serve a variety of industrial and commercial applications where precise measurement and control of environmental and process variables are critical.
Catering to professionals in fields such as manufacturing, HVAC, environmental monitoring, and industrial maintenance, Temperature & Process Instruments focuses on delivering reliable tools that help ensure accuracy and efficiency. Their product offerings support the monitoring and control of temperature, gas composition, humidity, and other vital parameters that affect process quality and safety. By addressing a broad spectrum of measurement needs, the company supports businesses in maintaining compliance with industry standards and optimizing operational performance.
Temperature & Process Instruments also provides technical support and service, assisting customers with the selection, calibration, and maintenance of their instruments. This service component helps extend the lifespan and reliability of the equipment, ensuring ongoing accuracy in measurements. The company’s expertise in both temperature and process instrumentation makes it a valuable resource for clients seeking dependable measurement solutions in the Yonkers area and beyond.
With a focus on specialized instruments and customer service, Temperature & Process Instruments serves as a key partner for industries requiring precise measurement tools. Their comprehensive inventory and technical knowledge position them as a go-to supplier for businesses aiming to enhance control and monitoring capabilities within their operational environments.
