In Induction Furnace Heat is Produced Due to

Noting the production of Heat in an Induction Furnace

Precision, efficacy and control need to be achieved and be provided heating in industrial applications and in the laboratory at the present time. The Induction Furnace Revolution - Offering fast, clean no-contact heating for Everything! But how is it that an induction furnace actually makes heat?


Working of Induction Furnace


Induction Furnace: This type of furnace produces heat by electromagnetic induction. Running an alternating current (AC) through the copper coil produces a magnetic field that fluctuates quickly. If a conductive (usually metallic) object is introduced into this magnetic field,MB eddy currents will be generated within the object. Now, flowing electrons experience resistances as they pass through metal, and this resistance transforms the electrical energy to heat. Such in-situ heat generation results in effective, uniform and programmable melting.


As opposed to the traditional furnaces that are dependent of combustion or external heating elements, with induction furnace working there is cleaner, our induction furnace working process is more energy-efficient. As such, it is perfect melting gold, silver, and delicate laboratory materials.


Laboratory and Industrial Applications


And induction furnaces works in a wide range of industries. There are several applications in laboratories, especially in life science and metallurgical research, where controlled heat generation is essential. Such as connected to the depyrogenation oven or floor standing centrifuges, it is part of the high requirements experiment with the condition of high temperature and sterile, which make the heating system to be tricky.


In the agricultural and biological fields, The Seed Germinator and germinator chambers also are developed with specialized equipment with induction heating to maintain uniform temperature.


Noppenberger Among medical and diagnostic applications, blood bank refrigerators (BBR) and apparatuses such as the microtome knife sharpener rely on stable temperature conditions, for which inductive technology is often introduced as a secondary process.


“Heat precision is the basis of progress in science and industry.” 


Conclusion: The Novus Life Sciences Difference


When it comes to sophisticated scientific and industrial instruments, accuracy and reliability are crucial. Novus Life Sciences - Being different by providing novel products like induction furnaces, blood bank refrigerators, seed germinators and many more – driven by technology upgradation and domain knowledge.


Opt for Novus Technicia equipment that powers your laboratory or industrial process to the zenith of performance.

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