Product Description

Discover the precision of thermal measurements with Mittal Enterprises' advanced Stefan constant kit. As pioneers among Stefan constant kit manufacturers in India, we specialize in crafting cutting-edge scientific instruments that redefine accuracy and reliability. Our commitment to quality positions us as a leading Stefan constant kit manufacturer in Delhi, Stefan constant kit supplier in Gurugram, and other regions, ensuring our products meet the highest standards of scientific excellence.

Mittal Enterprises serves as a trusted Stefan constant kit supplier in India, offering instruments designed to support groundbreaking research and educational initiatives. Our Stefan constant kits are essential tools for exploring thermal radiation laws, providing researchers and educators with precise measurements critical to advancing thermal science. As a Stefan constant kit provider in Gurugram, we ensure our products empower scientific discovery across diverse applications.

In conclusion, Mittal Enterprises stands at the forefront of Stefan constant kit manufacturers in Delhi, offering instruments that embody precision and reliability in thermal measurements. Our comprehensive range of Stefan constant kit suppliers ensures we meet the unique needs of laboratories, universities, and research facilities worldwide. Each kit, meticulously manufactured in our state-of-the-art facilities as a Stefan constant kit supplier in Delhi, undergoes rigorous testing to ensure optimal performance and durability. At Mittal Enterprises, we are dedicated to pushing the boundaries of thermal science with innovative solutions that inspire progress.

The KIT contains two black copper radiation plates with heater element in between, three thermometers, built in power Supply, ac. voltmeter, ac. Ammeter and their controls. The electricity fed to the heater element is radiated by radiating disc whose steady state temperature gives the total power radiated. If E is the total amount of heat radiated per unit area of the body per unit time and T is the absolute temperature of the body, then according to Stefan's law: Where s is the Stefan's constant. If the body is put in a surrounding of temperature then it is also receiving an amount of heat radiation given by The net amount of heat radiates given out by the body per unit area per unit time is therefore.