We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Far infrared heater.
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Far infrared heater Product List and Ranking from 44 Manufacturers, Suppliers and Companies

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

Far infrared heater Manufacturer, Suppliers and Company Rankings

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. トーコー Saitama//Industrial Machinery
  2. 中部電力ミライズ /開発一体型ソリューション Aichi//Energy
  3. 日本マイクロン電子 Osaka//Electronic Components and Semiconductors
  4. 4 双葉化学 Tokyo//Trading company/Wholesale
  5. 5 TPR商事 Tokyo//others

Far infrared heater Product ranking

Last Updated: Aggregation Period:Sep 17, 2025~Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. Infrared heater type mold heater 中部電力ミライズ /開発一体型ソリューション
  2. Metal Mesh Transparent Heater <Industrial Use> 日本マイクロン電子
  3. Near-infrared paint dryer Promo Series [Immediate heating of the irradiation section is possible] トーコー
  4. 4 Masking Film (Protective Film) 'DMF' 双葉化学
  5. 5 Cubicle Oven Safe-type Hot Air Drying Furnace Painting Drying

Far infrared heater Product List

76~90 item / All 209 items

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Sauna heater "M3"

The heat source is firewood! Fit into the simple and unique barrel-shaped sauna "BARREL"!

Introducing the sauna heater 'M3' that fits the simple and unique barrel-shaped sauna "BARREL." Included as standard accessories are "sauna stones," "heater side guards," and "heater bedding." Additionally, the wood heater requires separate costs for chimney materials and installation. 【Specifications】 ■ Heat source: Wood ■ Heater output (kW): 16.5 ■ Size (mm) ・ Depth: 440 ・ Width: 390 ・ Height: 710 ■ Weight (kg) ・ Main unit: 45.0 ・ Stones (maximum): 30.0 *For more details, please refer to the PDF document or feel free to contact us.

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Sauna Heater "LEGEND150/240"

Heater side guard with floorboard! The wood heater requires additional costs for chimney materials and installation.

Introducing the sauna heater "LEGEND150/240." The heat source is wood, and the heater output (kW) is 16.5 for "LEGEND150" and 21.0 for "LEGEND240." Standard accessories include "sauna stones," "heater side guards," and "heater bedding." 【LEGEND150 Specifications】 ■ Heat source: Wood ■ Heater output (kW): 16.5 ■ Size (mm) ・Depth: 530 ・Width: 530 ・Height: 740 ■ Weight (kg) ・Main unit: 58.0 ・Stones (maximum): 120.0 *For more details, please refer to the PDF document or feel free to contact us.

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Panel-type far infrared heater "Infrared ST type"

Magnetized ceramic heater born from years of experience!

The "Infrared ST Type" is a panel-type far infrared heater that achieves high emissivity far infrared radiation through magnetic ceramics. The ceramic parts on the back of the heater block excess heat. Please feel free to contact us if you have any inquiries. 【Applicable Industries】 ■ Electronics Industry ■ Plastics Industry ■ Coating Industry ■ Food Industry *For more details, please download the PDF or contact us.

  • Ceramic Heater

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Characteristics of far infrared rays

Efficient direct heating through radiative heat transfer with wavelengths from 3μm to 1000μm.

Far infrared rays have the characteristic of directly heating objects by utilizing radiative heat transfer. Infrared rays are a type of electromagnetic wave, like radio waves and visible light, and are invisible electromagnetic waves with longer wavelengths than visible light. The range of infrared wavelengths is from 0.8μm to 1,000μm, and the range with wavelengths longer than 3μm is called far infrared. Heating of objects by far infrared means that the absorption of far infrared rays causes the molecules that make up the object to vibrate. Many objects around us (such as polymers like plastics, rubber, paints, fibers, and food) have absorption bands in the wavelength range of 2.5μm to 30μm, allowing far infrared to efficiently heat them. 【Characteristics of Far Infrared】 ■ Efficient heating through direct heating ■ Increased productivity by reducing heating time ■ Uniform heating of the entire object, preventing uneven heating due to color variations, thus enhancing the quality of the heated items ■ High controllability, allowing for precise distribution in flat areas, variations in height, and time accuracy ■ No exhaust gases, dust, or dirt generated, making it a clean and safe heating source *For more details, please refer to the related links or feel free to contact us.

  • Heating device

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Panel-type far-infrared heater "Infrared CH type/ST type"

Years of proven results! Ideal for drying processes in precision equipment manufacturing and coating.

We would like to introduce our panel-type far-infrared heaters, "Infrared CH Type/ST Type." The "Infrared CH Type" features a special ceramic surface treatment that ensures complete dust-free operation even at high temperatures. It has no heater junction frame, achieving uniform temperature distribution. The "Infrared ST Type" utilizes porcelainized ceramic, enabling high emissivity far-infrared radiation. The ceramic parts on the back of the heater block excess waste heat. *For more details, please refer to the related links or feel free to contact us.*

  • Heating device

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Far infrared heater (panel type)

Easy temperature management and resistant to thermal shock! A clean heater with no dust-emitting elements.

To quickly dry materials that are susceptible to heat damage, "heating and drying with far-infrared heaters" is optimal. Switching from conventional batch drying to continuous drying with far-infrared heaters allows for significant time reduction. Drying with far-infrared heaters can achieve a dryness close to absolute dryness, which cannot be accomplished with hot air drying. It is a panel-type far-infrared heater that poses no risk of dust generation. It is resistant to thermal shock and has high heat resistance, allowing for close arrangement.

  • Company:AMK
  • Price:Other
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Far infrared heater (ceramic type)

A clean heater that is resistant to thermal shock, excels in cold and heat cycle resistance, and has no dust-emitting elements.

◆To quickly dry substances that are prone to damage from heat, "drying with far-infrared heaters" is optimal. ◆Switching from conventional batch drying to continuous heating with far-infrared heaters allows for significant time reduction. ◆Drying with far-infrared heaters can achieve dryness close to absolute dryness, which cannot be attained with hot air drying. ◆This far-infrared heater uses heat-resistant ceramics, allowing for a compact arrangement. ◆It is coated, making it a dust-free far-infrared heater suitable for use in clean rooms.

  • Company:AMK
  • Price:Other
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  • Ceramic Heater

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Far infrared heater (panel-type space heater)

With a thickness of 5mm and a slim design, it can be installed in narrow spaces! Temperature management is also easy.

To quickly dry substances that are prone to damage from heat, "heating and drying with far-infrared heaters" is optimal. Switching from conventional batch drying to continuous drying with far-infrared heaters enables significant time savings. Heating with far-infrared heaters allows for drying that approaches absolute dryness, which cannot be achieved with hot air drying.

  • Company:AMK
  • Price:Other
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Comprehensive Catalog of Far Infrared Heating Systems

[Free Distribution] Comprehensive Catalog of Far Infrared Heaters with Uniform Temperature Distribution

This is the comprehensive catalog for far-infrared radiation heaters handled by AMK. They are heaters that are resistant to thermal shock, have uniform temperature distribution, and are highly reliable. 【Contents】  ● <Far-Infrared Radiation Panel Type> Clean Heater  ● <Far-Infrared Radiation Type> Straight Heater  ● <Far-Infrared Radiation Type> Ceramic Heater  ● <Far-Infrared Radiation Hollow Type> Ceramic Heater  ● <Far-Infrared Radiation Panel Type> Space Heater 【Features】  ● Uniform temperature distribution  ● Resistant to thermal shock and excellent in cold-heat cycle durability.  ● Heating elements coated with far-infrared radiation glaze.  ● A clean heater with no dust-emitting elements. *For more details, please refer to the catalog download.

  • Company:AMK
  • Price:Other
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○Discovery of Infrared and Far Infrared○~Trivia No. 1

The wavelength range of 3 to 1000 μm in infrared is called far infrared.

It is widely known that sunlight is dispersed into seven colors from red to violet when passing through a prism. It is said that Newton was the first to study this scientifically. This is because the wavelength decreases and the refractive index increases as one moves from red to violet. In 1800, the British astronomer Herschel discovered that the temperature rises in the invisible part beyond the red visible light. Since it is located beyond red (with a longer wavelength), it was named infrared. 【Trivia: Basics of Far Infrared】 ○ Discovery of infrared ○ Positioning of far infrared ○ Effects of far infrared For more details, please contact us or download the catalog.

  • Company:AMK
  • Price:Other
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  • Ceramic Heater
  • Heating device

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【○Emissivity○~Trivia No. 7】

Far infrared heaters have a high radiation from the surface, so the surface temperature tends to be lower.

When receiving heat (electromagnetic waves), there are materials that reflect (reflectivity α), absorb (absorption rate β), and transmit (transmission rate γ), and the following calculation formula applies: α + β + γ = 1 An ideal object that reflects nothing (0) and transmits nothing (0) while absorbing everything is called a black body. In other words, 0 + 1 + 0 = 1 Since the reciprocal of absorption is radiation, an object with a radiation rate of 1 is called a black body. The radiation rate is expressed in comparison to a black body, so the radiation rates of other materials are less than or equal to 1. The closer the radiation rate is to 1, the closer it is to a black body, making it easier to emit thermal radiation. To simply observe the differences in radiation rates among heating elements, one can measure the surface temperature of heating elements with the same shape and watt density (W/cm²). The red line represents the surface temperature rise curve of a far-infrared heater with a radiation rate of 0.9, while the blue line represents that of a stainless steel heater with a radiation rate of 0.2. 【Trivia: Radiation Rate】 - Heating elements with a low radiation rate emit less radiation from their surface, and heat transfer occurs only to the air in contact with the surface. → They tend to store heat easily, causing the internal temperature to rise and the surface temperature to be high. - In contrast, far-infrared heaters have a large amount of radiation from their surface. → They store less heat, resulting in a lower surface temperature. For more details, please contact us or download the catalog.

  • Company:AMK
  • Price:Other
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  • Ceramic Heater
  • Heating device

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[Free Giveaway] "Collection of Q&A on Far Infrared! - Part 2"

A collection of Q&A answering questions such as "What types of far infrared heaters are there?"

You can download for free "Infrared Q&A Collection! - Part 2" provided by AMK Co., Ltd., a specialized manufacturer of far infrared heaters and heating devices. We have compiled representative questions from our sales activities and inquiries via email and phone that we believe would be beneficial for everyone to know. We address questions such as: "What types of far infrared heaters are there?" "What are the differences between near infrared and far infrared?" [Included Content (Questions)] ■ What types of far infrared heaters are there? ■ What are the differences between near infrared and far infrared? ■ I often come across terms in literature about far infrared that I don't understand. ■ There are various methods for drying paint; could you explain the characteristics of each? *For more details, please refer to the PDF document or feel free to contact us.

  • Company:AMK
  • Price:Other
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  • Heating device

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Heating and drying using infrared heaters in the automotive field.

It leads to increased efficiency in processes such as reducing process time, cutting costs, and saving energy in the automobile manufacturing process!

Heating, drying, thermosetting, thermal welding, bonding, laminating, deburring, etc., heating processes are indispensable in the automotive field. The advantage of Excelsius Noble Light (formerly Heraeus Noblelight) infrared heaters is that they can be flexibly designed to match the very specific production processes of automobiles. Infrared systems optimized for production processes bring high efficiency to the process, including reduced process time, cost savings, and energy conservation. [Main reasons for using infrared heating processes] - Voltage and output can be precisely adjusted - Edges and peripheries can be heated with precision - Infrared heater control is easy with a short response time *For more details, please refer to the related links or feel free to contact us.

  • Heating device
  • Drying Equipment
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Drying Machine for Coating - Drytech

Heat recovery type, low running cost, hot air dryer for painting.

The world's only hot air drying furnace, Drytech, is well-known in the painting industry. Its excellent finish, rapid temperature rise, good temperature distribution, and low fuel consumption make it a bestseller worldwide. Additionally, it is a dryer that pursues quality and cost-effectiveness, suitable for installation in clean rooms.

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  • Other painting machines
  • Industrial Furnace
  • Drying Equipment

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Far Infrared Heater "Far Infrared Ceramic Heater"

Adoption of high-efficiency radiators! Far-infrared ceramic heater that reduces heating and drying time.

The "Far Infrared Ceramic Heater" is a heater that achieves reduced heating and drying times by adopting a high-efficiency radiation element. The heat from the far infrared ceramic heater, which uses radiation heating, has the characteristic of being absorbed by the heated object in the form of direct electromagnetic waves, making it widely used as a high-efficiency, energy-saving heat source. When the wavelength of the far infrared electromagnetic waves matches the absorption wavelength of the heated object during use, the heating efficiency is maximized. Due to its uniform surface heating element, it can heat evenly. 【Features】 ○ Allows for precise temperature control and control by block ○ Further high-precision control is possible by using a built-in sensor type ○ The heating element is embedded and the radiation surface is ceramic-coated → Minimal shock from rapid heating and cooling ○ Performance remains stable even after long hours of use → Reduces running costs ○ The heating element is in block units → By connecting two or three units, facilities can be easily created according to needs, making it economical For more details, please contact us or download the catalog.

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  • Ceramic Heater

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