Indeeco - Invizatherm Series Infrared Heaters

Indeeco - Invizatherm Series Infrared Heaters

Whether you’re heating a warehouse, loading dock, or workshop, Invizatherm™ is the intelligent alternative to outdated quartz systems. Say goodbye to maintenance hassles—no bulbs to replace, no reflectors to clean, and absolutely no moving parts to wear out.

Invizatherm™ delivers safe, clean, and energy-efficient heat without combustion, flames, or fumes. That means no ventilation required and no compromise on air quality. Designed for long-term reliability and low operating costs, it’s the heater that works as hard as you do—without ever needing attention.

And when it comes to performance? Invizatherm™ leads the industry with up to 95% energy-to-heat conversion, making it the most efficient comfort heater in its class.

Applications | Warehouses,Factories, Manufacturing Plants, Storage Facilities, Autobody and Repair Shops, Transportation Terminals, Greenhouses, Airports, Parking Garages, Shipping and Receiving Docks, Stadiums

Specification

The infrared or IR waveband is often subdivided into three regions: IR-A (.7 – 1.4 μm), IR-B (1.4 – 3 μm), and IR-C (3 – 1000μm). IR causes a heating effect when it strikes a surface, in the case of comfort heating this is normally the skin. However, not all IR is converted to heat. IR can be absorbed or reflected.*¹ In the comfort heating world, we want to fall into the absorption range as much as possible. Good absorption directly correlates to better comfort heat. Generally, the longer the IR wave, the more absorption will occur (IR-C) and the shorter the wave, the more IR is reflected off of the skin (IR-A & IR-B).
Indeeco heating elements fall right in the sweet spot of the IR waveband, IR-C. Nearly 100% of the waves that the Invizatherm™ emits will be absorbed rather than reflected. Our competitors heating methods often land in the short-medium (IR-A and IRA B), which are ineffective for comfort heating applications. We’re translating every penny you spend on energy into comfort heat rather than reflecting it around the room.

Technical specification