Fast-Response Medium Wave infrared lamps fill a gap in the market place for higher wattage at medium wavelengths. As their name suggests, FRMW lamps heat up and cool down faster than other medium wavelength lamps, which can take between 10-45 seconds to reach full emitting power. They are an excellent and more cost effective alternative to carbon filament lamps.
FRMW infrared lamps are a good fit in infrared drying applications because medium wave infrared lamps generate the bulk of their energy between 2-3.5 microns, where water has an excellent absorption peak. While shortwave heaters are often used for deep.
penetration, medium wave is often needed for surface heating of thin films, drying inks, adhesives, & paint, and the curing of many polymers.
Anderson Thermal’s FRMW lamps utilize a quartz tube with a special helical wound tungsten or large cylindrical filament with a unique coiling technique that allows more energy to be distributed in the medium wave length range. They are available in various custom lengths, and with a variety of endcaps and coatings.
Anderson Thermal Devices is a US-based manufacturer of industrial infrared heaters.
Benefiting from 75+ years in infrared heating, our team is eager to find the right solution for your application.
For information on ATD’s other medium wave emitters, click here:
Panel Heaters
Standard Medium Wave Lamps
ThermaTech
Please do not hesitate to contact us for additional information.
Features | Specifications |
---|---|
Emitter Temperature | 1150°C (2100°F) |
Maximum Length | 1320mm (52”) |
Watt Density | 100 Watts per inch Maximum |
Voltage | 120V – 600V |
Controls | SCR with Pyrometer or Manual |
Mounting | Horizontal or vertical |
Zoning | Can be easily wired in multiple zones |
Heat Up and Cool Down Time | 1.5 seconds |
High Energy Density | Less space required. |
Fast Response | Suitable for many types of drying applications |
Face Up or Face Down Orientation | Suitable for many types of line configurations |
Multiple Zone Options | Better uniformity of heat across the product |