3.73 micron far-infrared wavelength.
Strong reflected heat by reflectors such as parabolic curved surfaces
This far-infrared heater is designed to use radiant heat most efficiently by using Japan Denten’s special heat-resistant sheath heater as the heating element and a reflector such as a high-purity aluminum parabolic curved surface.
It is a radiant heating heater that eliminates the shortcomings of conventional infrared lamps and quartz heaters, and is mechanically, electrically, and photothermally rational.
By obtaining the most efficient wavelength of 3.73 microns, it is a far-infrared heater that is suitable for heating the human body and heating and burning coffee beans and tea leaves.
Far infrared heater
Farley Far Red Heater
Farley Far Red Heater
FIH type far-infrared heater
FIH type far-infrared heater
Energy distribution of radiation wavelengths from various heat sources
Product Features of Far Infrared Heaters
Optimal wavelength
It has the most efficient wavelength of 3.73 microns. It is ideal for heating the human body and heating and burning coffee beans.
Highly efficient radiant heat
High-efficiency radiant heat is achieved by using a reflector made of high-purity aluminum parabolic curved surface.
Durability and splash-proof
Because it is made of metal, it is resistant to vibration and shock, and there is no risk of damage due to water droplets.
Average heating efficiency
Due to the long wavelength of infrared rays, it is not affected by the subject or color, and the average heating efficiency is achieved.
Suitable for long working hours
It does not have the intense glow of infrared lamps, so it is suitable for long hours of work.
No heat dissipation
Due to the directional heat irradiation, there is no heat dissipation.
Application (Far infrared heater)
Drying and baking of paints
Residual heat and heating of films, paper, fabrics, etc.
Drying and baking of food products
Drying plywood
Spot heating
Conveyor belt freeze protection
Prevention of icicles in tunnels
Snow melting on roofs, pedestrian bridges
Snow melting on railway tracks
Specifications: FIH type far-infrared heater
Model Number Model
A: Standard type B
: Strong heat type Voltage
(V) Capacity
(W) Effective heating unit length Heater surface temperature (°C)
FIH-1005 A 100 500 390 570 600
FIH-2005 A 200 500 390 570 600
FIH-1007 B 100 700 390 570 670
FIH-2007 B 200 700 390 570 670
FIH-1009 A 100 900 750 930 600
FIH-2009 A 200 900 750 930 600
FIH-1012 B 100 1200 750 930 650
FIH-2012 B 200 1200 750 930 650
FIH-1015 A 100 1500 1250 1430 600
FIH-2015 A 200 1500 1250 1430 600
FIH-1020 B 100 2000 1250 1430 650
FIH-2020 B 200 2000 1250 1430 650
The effective heat generation manager is manufactured up to 2000 mm in the standard format
The capacity is designed with an effective heat generation manager of 100 mm from 180 W (for strong heat) to 110 W (standard type) or less
The standard capacitance error is ±10%
Specifications: FIH type far-infrared heater
Specification: Farley Heater
V. Type 100V 250W
VI. Type 100V 375W
Type VII. 200V 250W
Type VIII. 200V 375W
Far infrared heater (Farley heater specification)
This heater has a disk-shaped structure of a far-infrared heater (standard type) and is designed so that it can be easily installed anywhere by screwing in a socket without any loss of the characteristics of far-infrared radiation.
It should be noted that the Farley standard is designed to be compatible with general infrared lamps.
