Micropyretics Heaters International

Micropyretics Heaters International Your Single Integrated Manufacturing Source MHI headquarters are located in Cincinnati, OH USA. MHI factories are located in Cincinnati and other cities.

MHI has been in business for over 20 years with a stellar performance that encompasses at its core, the tradition of rapid invention and innovation/manufacturing for energy efficiency and environmental impact. Today the company exports products to over 25 countries world-wide and is one of the few Ohio companies
with such an experienced innovation profile. MHI has close to a thousand customers wit

h good testimonials from all over the world particularly for service and after sales interactions. MHI was founded in late 1991, and soon after, started R&D operations with one employee in a business incubator. Repeat and growing sales ensued around 1994-1995, first of MoSi2 heating elements followed by furnaces and devices that used these heating elements, and other accessories and electronics that were developed exclusively for these products. Over the years, MHI has grown vertically, making its own unique electronics, refractories, materials, controls, software systems, designs and components since 1996. It currently has an extremely versatile, modular platform of technologies and products from which new products and innovations are launched like the nanostructured heaters, one atmosphere superheated steam and Cascade e-Ion Plasma.

Trivia!!• Did you know that many processes, regardless of whether fast or slow, follow an S - shaped (sigmoid) curve for...
07/05/2026

Trivia!!
• Did you know that many processes, regardless of whether fast or slow, follow an S - shaped (sigmoid) curve for the amount transformed as a function of time?
• S - curves (sigmoidal curves) model processes where growth or transformation begins slowly, accelerates or falls rapidly, and then levels off as it approaches a system limit.
• The process of drying typically, for example, follows a modified "S-curve" (sigmoidal) trend for residual moisture content for small particles. Higher drying temperatures promote rapid productivity.
• S - curves (and their mirror images) that describe a transformation, trace their ubiquitous fundamental origins to principles of entropy production, which often have both classical mechanical and thermo-chemical gradients or statistical underpinnings. The entropy generation rate can be expressed as [(PDF)/(CDF)^2] when the rate of transformation follows a near-Gaussian behavior. Here, the PDF is a probability density function (like a bell-shaped curve), and the CDF is a cumulative distribution function (like an S-curve).

Did You Know? Trivia and more about heating, thermal materials, and fun science facts. MHI is a manufacturer of advanced thermal devices and materials.

Weekend Trivia: Did you know? There will be more wind and more rainstorms due to GHG emissions linked to increased tropo...
06/14/2026

Weekend Trivia: Did you know?

There will be more wind and more rainstorms due to GHG emissions linked to increased tropospheric temperatures. Source.
• Atmospheric warming increases both rain and wind because a hotter atmosphere holds more moisture and generates more intense energy. As global temperatures rise, ev***ration accelerates, and the resulting warm air supercharges storm systems, leading to extreme weather.
• Warmer air holds significantly more water v***r. For every 1°C of warming, the atmosphere's moisture capacity increases by about 7%
• Because the Arctic is warming so quickly (called polar amplification), the temperature difference between the mid-latitudes and the North Pole is shrinking. This smaller gradient weakens the polar jet stream. Instead of a fast, straight river of air keeping cold weather locked up north, the jet stream slows, becomes highly unstable, and meanders in wild, deep loops. This brings extreme weather events (such as sudden cold snaps or prolonged heatwaves) to the mid-latitudes.
• While the Arctic surface is warming rapidly, the upper atmosphere above the tropics (the upper troposphere) is also warming intensely due to massive heat release from tropical thunderstorms. At the same time, the polar stratosphere is cooling. This means that high in the sky, the temperature gradient is increasing, which can accelerate upper-level winds and cause severe turbulence.
• The electrification of industrial heating equipment offers one of the lowest per-kW energy costs, a highly cost-effective strategy for reducing global GHG emissions while enabling financial savings through higher energy conversion efficiency. The electrification of modern large industrial heaters now offers unparalleled energy efficiency, which can make a significant difference in global energy use.
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We've broken down everything you need to know about hurricanes, how scientists are using global climate models to predict storm intensity, and how climate change is having an impact.

Address

750 Redna Ter
Cincinnati, OH
45215

Opening Hours

Monday 8am - 5pm
Tuesday 8am - 5pm
Wednesday 8am - 5pm
Thursday 8am - 5pm
Friday 8am - 5pm

Telephone

(513) 772-0404

Website

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