Blaze Technical Services

06/17/2026

How RTDs Work in Industrial Temperature Measurement

As published by TE Connectivity in “Understanding RTDs,” resistance temperature detectors (RTDs) are highly accurate sensors that measure temperature through changes in electrical resistance.

RTDs are commonly used in applications where precision and stability are critical. Their reliability and repeatability make them a preferred choice in industrial processes, laboratory environments, and automated systems.

Read more: https://blazeprobes.com/industry-news-blog/how-rtds-work-in-industrial-temperature-measurement/

06/12/2026

🙌🙌🙌

🏁 Thunder Valley, here we come. 🏁

Jeff Arend returns to Bristol Dragway for his fifth race of the 2025 season and his 46th career start with Jim Dunn Racing. After putting together two solid runs in New Hampshire, the KGC Construction USA 250 Funny Car heads to Thunder Valley looking to build momentum.

With Bristol’s higher elevation and challenging conditions, the team will lean on data from Epping and look to lay down consistent 4.0-second runs, with sights set on breaking into the 3-second zone in the coming races.
Proudly carrying the stars and stripes as we celebrate America’s 250th birthday, we’re ready to put the KGC Construction Funny Car in the show and make some noise in Thunder Valley. 🇺🇸



Blaze Technical Services
True Brand
Frosted Frog
MOONEYES
CP-Carrillo

06/11/2026

Thermocouple Sensors: Benefits and Industrial Uses

As published by Testbook in “Thermocouple: Know How They Work? Types, Advantages & Applications,” thermocouples are widely used temperature sensors that generate a voltage based on the temperature difference between two dissimilar metals.

Their durability, fast response times, and ability to operate across a wide temperature range make them valuable in industrial, manufacturing, and testing environments. Thermocouples continue to be one of the most commonly used solutions for temperature measurement and monitoring.

Read more: https://blazeprobes.com/industry-news-blog/thermocouple-sensors-benefits-and-industrial-uses/

06/03/2026

Brandon DuPont Racing just keeps winnig🍾🍾

05/25/2026

As we enjoy the day with family, let's take a moment to remember the reason for today and honor those who made the ultimate sacrifice.
Have a safe and meaningful Memorial Day🇺🇸🪖

05/22/2026

Thermocouples in Fire Testing Explained

As published by Protecta in “What is a Thermocouple and Its Importance in a Fire Test,” thermocouples are essential tools for measuring temperature during fire testing. They help monitor heat levels to evaluate material performance under extreme conditions.

Accurate temperature data is critical for assessing safety standards and ensuring compliance in fire protection systems. Thermocouples provide reliable measurements that support testing and validation processes.

Read more: https://blazeprobes.com/industry-news-blog/thermocouples-in-fire-testing-explained/

05/19/2026

👏👏👏

I am beyond excited to share that I am the spokesperson for True Brand! From the starting line to the finish line, this opportunity means so much to me. Grateful for the support, the entire team behind and the Jim Dunn Racing team have believed in me from the start.

Now, let’s make some noise! Feel free to stop by the Jim Dunn Racing pit and ask for me, and we can talk ! 🏁🔥

05/19/2026

Basic Function of Thermocouples

As published by Instrumentation Blog in “What is a Thermocouple? | Basic Function of Thermocouple,” a thermocouple is a sensor used to measure temperature based on the voltage generated between two different metals.

This basic principle allows thermocouples to be used in a wide range of applications, from industrial machinery to laboratory equipment. Their simplicity and adaptability make them one of the most common temperature sensors.

Read more: https://blazeprobes.com/industry-news-blog/basic-function-of-thermocouples/

05/15/2026

Why Thermocouples Are Essential Sensors

As published by AZoSensors in “Understanding the Importance of Thermocouples and How They Work,” thermocouples are critical tools for measuring temperature in industrial processes. They provide accurate readings and perform reliably under harsh conditions.

Their ability to function in extreme environments makes them valuable across industries such as manufacturing, aerospace, and energy. They support process control and safety by ensuring consistent temperature monitoring.

Read more: https://blazeprobes.com/industry-news-blog/why-thermocouples-are-essential-sensors/

05/12/2026

How a Thermocouple Works Explained

As published by HowStuffWorks in “How Does a Thermocouple Work?”, thermocouples operate by producing a small voltage when two different metals experience temperature differences. This voltage can then be measured and converted into temperature readings.

This method allows thermocouples to function in demanding environments such as heating systems and industrial equipment. Their simplicity and reliability make them a preferred solution for many temperature monitoring applications.

Read more: https://blazeprobes.com/industry-news-blog/how-a-thermocouple-works-explained/