Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 22, 2026～Aug 18, 2026
This ranking is based on the number of page views on our site.
2671～2700 item / All 2727 items
The new development of the internal filling material of the heater has improved energy efficiency by approximately 20%.
High efficiency and long lifespan, easy to install heating heater. Available in millimeter and inch sizes. 【Features】 ○ Next-generation cartridge heater with high energy-saving efficiency For more details, please contact us or download the catalog.
We would like to introduce some examples of fin heater production by Shin Netsu Kogyo, which manufactures heaters made to order!
The case study collection of fin heaters is a document that summarizes examples we have actually produced in the past. Shin Netsu Kogyo is a manufacturer that specializes in industrial sheath heaters and heating devices equipped with heater components. We deliver custom-made products tailored to each customer, and we handle everything from design and manufacturing to sales in our own factory. Our clients span various industries and fields, including semiconductors, organic EL, LCD, space, aerospace, food, kitchens, electronic components, precision instruments, electrical equipment, chemicals, environment, medical, automotive, heavy electrical, and physical and chemical instruments, both domestically and internationally. This document introduces various shapes that we have produced, so please refer to it as a reference image for heater products.
![[Example] ECB <Gas heater as an auxiliary for steam heating tank>](https://image.mono.ipros.com/public/product/image/3e9/2001370434/IPROS19872667168802074646.jpeg?w=280&h=280)
For those using heating tanks with steam or electricity in surface treatment, food, semiconductors, etc.!
We would like to introduce a case of "ECB" in gas heaters as an auxiliary for steam heating tanks. Compared to steam boilers, which have significant losses, this method is efficient as it directly heats the tank. Being a gas heater, it has a large combustion volume per unit, and the heater itself is equipped with a heat exchanger, achieving over 90% efficiency. It is a compact, high-efficiency type that ensures sufficient combustion volume and is easy to maintain. 【For customers like this】 ■ Using heating tanks with steam or electricity (surface treatment, food, semiconductors, etc.) ■ Takes a long time during startup ■ Wants to eliminate steam usage *For more details, please download the PDF or feel free to contact us.
![[Example] HSP immersion heater <Gasification from steam heating tank>](https://image.mono.ipros.com/public/product/image/570/2001370443/IPROS29260443551106445480.jpeg?w=280&h=280)
If you are struggling with steam loss and slow startup while heating with a steam boiler!
We would like to introduce a case of the "HSP immersion pipe heater" in gasification from the steam heating tank. Since it directly heats the inside of the tank, there is little loss, and by using intermediate pressure, it is possible to have a thin diameter immersion pipe section. Compared to steam boilers, which have significant losses, this method is efficient as it directly heats the tank. Being a gas heater, it has a large combustion volume per unit, and the heater itself is equipped with a heat exchanger, achieving over 90% efficiency. [For customers like this] ■ Those who have been heating with steam boilers but are troubled by steam loss and slow startup. ■ Reducing running costs. *For more details, please download the PDF or feel free to contact us.
Customizable to meet your needs!! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for various properties to be imparted through the combination of the core and shell. Our company handles microparticles manufactured by C&C Materials in South Korea. C&C Materials excels in coating technology, enabling: - Uniform coating - Simultaneous coating of multiple materials.
Customizable to meet your needs! Core-shell type microparticles that can accommodate a variety of applications.
Core-shell type microparticles are microparticles that use different materials for the core (center) and shell (surface), allowing for various properties to be imparted through the combination of the core and shell. Our company handles microparticles manufactured by C&C Materials in South Korea. C&C Materials excels in coating technology, enabling: - Uniform coating - Simultaneous coating of multiple materials.
Sheath heaters / aluminum foil heaters / cartridge heaters with short delivery times and small lot support. A wide variety of shapes and sizes available!
Our company manufactures and sells various electric heaters, including cartridge heaters, silicone heaters, and aluminum foil heaters. We possess a wide range of equipment such as fin winding machines, centerless grinders, 3D CAD, and thermal fluid analysis software, enabling us to accommodate short delivery times and small lot production. 【Main Products】 ◎ Silicone Heaters ・Based on linear silicone heaters, capable of various bending processes ・Materials available according to application, including copper, steel, and stainless steel ◎ Cartridge Heaters ・Wide range of applications from mold heating to automatic packaging machines, medical use, and laboratory use ・Custom shapes available for small lots and short delivery times ◎ Aluminum Foil Heaters ・Excellent thermal conductivity and high thermal efficiency due to aluminum construction ・Cost-effective and highly waterproof *For more details, please refer to the materials. Feel free to contact us with any inquiries.
![Heater Parts Comprehensive Catalog [Manufacturing and Assembly of Various Heaters]](https://image.mono.ipros.com/public/product/image/859/2000347374/IPROS07186593787491056264.jpeg?w=280&h=280)
Consistent support from development to painting! We propose the best heater components based on the customer's application.
FCC is a manufacturer that handles everything from the development, manufacturing, assembly, to painting of heaters. We are currently offering a comprehensive catalog of heater components that includes a wide range of heater parts suitable for various applications such as liquid and air heating, as well as extensive surface heating. Our lineup includes a variety of heater components, such as the versatile "sheath heater" that allows for diverse bending processes, the "cartridge heater" widely used in molds and press heating plates, and the patented "silicone rubber heater" known for its excellent flexibility. [Contents (partial)] - Aluminum foil heater - Band heater - Space heater - Aluminum cast heater - Efron heater *For more details, please refer to the PDF document. Feel free to contact us with any inquiries.
Leveraging a track record of developing a variety of products to achieve short delivery times and cost reduction! *Over 10 years of operational experience with ISO 9001 and ISO 14001.
FCC is engaged in heater development projects for customers, leveraging its extensive experience in developing a variety of products such as duct heaters, flange heaters, and manifold heaters based on cartridge heaters and sheath heaters. We possess a diverse range of equipment, including fin winding machines, centerless grinders, laser processing machines, and 3D CAD, enabling us to accommodate special shapes and small lot production. ★ Heater evaluation tests are also possible! While there may be challenges regarding manufacturing details, we will do our best to take on the challenge, so please feel free to consult with us first. 【Catalog Contents】 - Features of heater development - Development achievements of heater components - Equipment introduction *For more details, please refer to the catalog or feel free to contact us.
Capable of handling temperatures up to 1200℃! Active in applications such as metal heat treatment furnaces and aluminum melting furnaces.
The "Ceramic Fiber Heater" from Teitokusha is a heater capable of operating at temperatures up to 1200°C inside the furnace. It features a lineup including the "Strip Heating Element Heater," which is space-saving and offers high output with excellent heat uniformity, as well as "Round Wire Coil Heating Element Heaters" and "Special-Shaped Heating Element Heaters." These heaters can be used for various applications, including metal heat treatment furnaces for quenching, annealing, homogenizing, and carburizing, as well as continuous processing furnaces related to weak electricity and electronics. 【Examples of Applications】 ■ Various metal heat treatment furnaces (quenching, annealing, homogenizing, carburizing) ■ Various wire materials ■ Pipe continuous processing furnaces (stainless steel, copper, aluminum, etc.) ■ Aluminum melting and holding furnaces ■ Weak electricity and electronics-related continuous processing furnaces ■ Brazing furnaces ■ Ceramic firing furnaces ■ Semiconductor diffusion furnaces ■ CVD furnaces ■ Ceramic firing furnaces ■ Glass heat treatment furnaces ■ Various experimental furnaces *For more details, please refer to the PDF materials or feel free to contact us.
You can design freely at your preferred angle, and repairs or upgrades through part exchanges are also possible!
A metal frame heater is a heater that uses metal in its frame, designed for rapid temperature rise and fall with a low heat capacity. "I want to use it in a clean environment." "I want temperature control." "I want uniform heat distribution over a wide area." This product is recommended for such customers. The metal frame heater has the following features: - By using metal in the frame, it has a lower heat capacity than ceramic fiber heaters, allowing for a reduction in heat processing time. (The temperature rise and fall speed has been shortened by 50-60% compared to ceramic fiber heaters.) - The heating element is suspended, allowing the heat from the back to be utilized as radiant heat. - By combining it with our specialty strip heating elements, effective use of the heating surface is achieved. Additionally, it can be freely designed at any angle you prefer. Repairs and upgrades through part replacements are also possible. We offer many options as well. Please feel free to consult with us.
We offer a variety of products such as quartz lamp heaters, seed heaters, quartz processed products, and special ceramic processed products!
Seidokusha manufactures custom-made heaters for electric furnaces that operate in harsh environments with extreme temperature fluctuations. "Not a ceramic fiber heater, but..." "Somewhat different from a metal frame heater..." "I wonder if you handle this kind of heater." "I'd like a heater like this; is it possible?" If you have any concerns, please feel free to consult with us. We will respond to your requests. Design and development projects are our specialty. Since our founding, we have built a network to propose products that meet your needs in the best possible way, in collaboration with partner manufacturers. 【Examples of proposals】 - Quartz lamp heaters - Seed heaters - Quartz processed products - Special ceramic processed products, etc. First, our sales representative will visit you to discuss and think together about solutions to your challenges.
![[Case Study] Assistance in the Joint Development of Industrial Electric Heaters](https://image.mono.ipros.com/public/product/image/54c/2000426593/IPROS82453410965178302849.jpeg?w=280&h=280)
Double the lifespan of your heater...! We will solve the problems with the product you are currently using!
Are you currently experiencing any issues with your product? "I want to improve the heater I'm using now." "I want to expand my company's technology into other fields." "I wonder if there's something I can work on as a research and development theme." We respond to such customer requests. Shall we develop new products by combining our technologies? We will assist you in your product development. 【Case Study】 We reviewed each component used with a customer who was troubled by a short lifespan of their heater, and through repeated prototyping together, we were able to improve the heater's lifespan by more than double. After the improvements, the customer reported that they used to stop equipment on holidays for repairs and replacements, but now, weekend work has significantly decreased, and they have more free time.
Since it does not use unnecessary energy, it has energy-saving effects! The heating rate increases, making it more efficient.
This time, we would like to introduce heaters that utilize "far infrared rays," which are a type of "infrared" with longer wavelengths. Objects emit energy in the form of electromagnetic waves (light) according to their temperature. The higher the object's temperature, the greater the total amount of electromagnetic waves emitted, but the peak wavelength of the emitted waves becomes shorter. Electromagnetic waves in the far infrared range (3μm to 25μm) are generally said to be easily absorbed by materials, allowing for efficient heating of objects. Therefore, we have developed a paint (far infrared paint) that emits a large amount of electromagnetic waves in the far infrared range by applying our ceramic raw material formulation technology. Transparent materials like glass tend to allow electromagnetic waves to pass through easily, which means that heat from the heating element does not sufficiently transfer to the object being heated. As a result, if a lot of heater power is applied, electricity costs can increase. To address this, we can apply wavelength conversion paint to convert the waves to wavelengths that glass absorbs easily, allowing for efficient heat transfer to the object being heated without passing through. Effects of applying far infrared paint: - The load on the heater decreases, allowing for longer usage. - It has energy-saving effects since unnecessary energy is not used. - The heating speed increases, improving efficiency.
We will solve common concerns such as wanting to invest more electrical capacity in the same installation area and wanting to extend the product lifespan of heaters!
Are you facing any of these issues with heat treatment? - I want to increase the electrical capacity with the same installation area... - I want to extend the lifespan of the heater... - I want to shorten the heating ramp-up time and heating duration... - I want to eliminate heating unevenness... - I want to create an original heater... We sometimes receive such inquiries from our customers. At Seitokusha, we offer "Ceramic Fiber Heaters" that can solve your concerns. 【Features of Ceramic Fiber】 ■ Lightweight (previously used bricks as refractory materials) ■ Insulation material and heating element are combined ■ Easy installation (just fit into the furnace), allowing for time savings ■ Having spare parts allows for quick replacement in case of emergencies No worries about equipment downtime.
We will solve concerns such as wanting to do something about CO2 emissions, wanting to manage extensive plumbing work, and wanting to pursue safety and cleanliness!
Is your heat treatment process gas-fired or electric? We sometimes receive inquiries from customers like the following: "I want to do something about CO2 emissions from gas." "I want to find a solution because the piping work will be extensive." "I want to pursue safety and cleanliness." Our lineup includes: ■ Ceramic fiber heaters ■ Metal frame heaters ■ Hot air generation devices All of these are "electric heaters." It is possible to replace "gas combustion heating" with "electric combustion heating" in any form. 【Benefits of replacing gas combustion heating with electric combustion heating】 ■ Zero CO2 emissions ■ Improved temperature control and management ■ No auxiliary equipment required when introducing gas ■ Improvement in factory environment, noise, and safety ■ Automatic control is possible
An example of solving a problem by changing the insulation material used for the heater's backup!
As a manufacturer of industrial electric heaters, we would like to present some improvement proposals that we can assist with. 【Issues】 "I want to prevent heat loss from the second and third layers of insulation." "I want to achieve energy-saving operation by preventing heat loss." "I want to make the furnace shell space more compact." 【Solutions】 Change the insulation material used as a backup for the heater. Use high-performance insulation material for the second layer. 【Results】 By adopting high-performance insulation material, a reduction in the amount of dissipated heat from the furnace is expected. *With the same thickness setting as calcium silicate board at 5mm, the radiated heat amount is reduced by approximately 50%. ~According to board manufacturer catalog values~
We would like to introduce a case where a heater manufacturer, Seitokusha, is working on technical tests as part of the improvements to the equipment and products that our customers are actually implementing!
[Testing Examples] 1. Glass Fiber Organic Residue Test In the production of glass fibers, it is essential to burn off the organic materials in a drying oven. However, there was interest in whether it could be effectively burned off using our hot air generation equipment. After several discussions, an opportunity arose for a company visit, during which we operated the equipment as part of a factory tour and conducted a simple pattern test. If you contact us in advance, it is possible to check the availability of the equipment and conduct a simple test. 2. Surface Temperature Comparison Test Under High-Temperature Atmosphere In the equipment used by the customer, there is a risk of electric leakage when the surface temperature of the heater becomes high. Therefore, the specifications were changed to enhance the heat dissipation effect, and both old and new heaters were tested under the same conditions to measure and compare their surface temperatures. The results showed that by enhancing the heat dissipation effect, there was a tendency for the surface temperature of the heater to decrease. This time, due to temperature differences depending on the measurement method, it is necessary to consider new challenges regarding measurement methods in relation to actual furnace measurements, and we are currently working on this.
![[Case Study] Ideal for Work Style Reform! Assistance with Heater Selection and Development](https://image.mono.ipros.com/public/product/image/928/2000463252/IPROS11259485657587376491.jpeg?w=280&h=280)
I would like to introduce an example of what the heater manufacturer Seidokusha is actually doing!
We will assist you in selecting and developing heaters to help address the currently serious issues of work style reform-related law enforcement, personnel shortages, and a lack of successors (such as insufficient time for human resource training). ★Here are some examples. ■ We want heaters with a fast heating time. The customer's request was to "raise the temperature quickly." In response, we developed and delivered a high-power heater that achieves this in a short time. ■ We want heaters that are less prone to disconnection and easy to maintain. The customer's request was for "something that is less prone to disconnection and easy to maintain." Therefore, after several proposals and discussions, we suggested a suitable option from our lineup. ■ We want heaters with a long lifespan. We received a request to "extend the lifespan of the heater," and we proposed and delivered a heater that not only has a longer lifespan but also doubles the power. ■ We want to introduce equipment but want to confirm the product's performance. We brought a part of the customer's equipment to our facility, simulated its operation, and conducted a heating test using our heaters.
Contributes to space-saving and improved seal quality!
In the packaging industry, the quality of seals greatly affects product protection and appearance. Particularly during heat sealing, temperature control is crucial, and uniform heating is required. Temperature inconsistencies can lead to reduced seal strength and poor appearance, potentially compromising product quality. Our space-saving cartridge heater is ideal for packaging machines with limited installation space, as the lead wires are connected on one side. 【Usage Scenarios】 - Heat sealing machines - Packaging machinery 【Benefits of Implementation】 - Space-saving - Improved seal quality through uniform heating
Which is better, far infrared heaters or near infrared heaters? I have delved a little into the differences between them.
In the near-infrared range, the energy conversion efficiency from electricity is about 90%, which is quite high; however, the heat absorption rate by the human body is low. When considering the same amount of electrical energy, the heating efficiency of far-infrared heaters and near-infrared heaters ultimately turns out to be about the same. However, near-infrared heaters tend to be smaller in capacity due to issues with glare and concerns about inrush current. Given this characteristic and their very fast startup time, we recommend considering them for localized heating in particularly limited spaces, such as in restrooms. In contrast, far-infrared heaters can be used more generally for localized heating due to their superior heating effectiveness compared to near-infrared heaters.
High efficiency and high durability! Streamlining reactor heating to achieve stable production.
Heating of reactors in the chemical industry is a crucial process that significantly impacts product quality and production efficiency. However, conventional heaters have various challenges, including low thermal efficiency, temperature unevenness, and poor durability, leading to frequent replacements. Therefore, Chubu Nippon Heater Co., Ltd. offers high-performance cartridge heaters that are optimal for reactor heating. 【Application Scenarios】 * Reactor heating in chemical plants * Reaction processes with difficult temperature management * Improvement of thermal efficiency * Enhanced durability of heaters * Increased safety 【Benefits of Implementation】 By introducing our cartridge heaters, various advantages can be expected, such as improved efficiency in reactor heating, resolution of temperature unevenness, extended heater lifespan, and enhanced safety. This contributes to stabilizing product quality, improving production efficiency, and reducing costs.
Achieve efficiency in food processing! Optimize processing heating with high-performance cartridge heaters.
Do you have any challenges with the efficiency of heat treatment in food processing? The cartridge heaters provided by Chubu Nippon Heater Co., Ltd. are equipped with optimal heating performance and durability for food processing, supporting stable quality and efficient production. 【Usage Scenarios】 * Heating treatment of food (boiling, sterilization, drying, etc.) * Food packaging and filling processes * Temperature management in food manufacturing lines * Improvement of food quality * Enhancement of production efficiency 【Benefits of Implementation】 By introducing cartridge heaters, you can shorten the heating treatment time of food and significantly improve production efficiency. Additionally, uniform heating contributes to the enhancement of food quality. Furthermore, the long-life design reduces the frequency of replacements, leading to cost savings.
Achieving efficiency in semiconductor manufacturing! High-performance cartridge heater.
Are you having trouble with the heating process in semiconductor manufacturing? The cartridge heaters provided by Chubu Nippon Heater Co., Ltd. achieve high-precision temperature control and high thermal efficiency, contributing to improved manufacturing efficiency. 【Usage Scenarios】 * Heating of wafers in semiconductor manufacturing * Heating treatment of substrates * Temperature management during component mounting * Situations requiring precise temperature control at high temperatures * Conventional heaters have low thermal efficiency, leading to prolonged manufacturing times 【Benefits of Implementation】 * Improved manufacturing efficiency through reduced heating time * Suppression of temperature variations, stabilizing product quality * Long-life design reduces replacement frequency and cuts costs * High thermal efficiency reduces energy consumption
Achieve efficiency in shrink packaging! Reduce work time with high-performance cartridge heaters!
Are you struggling with the efficiency of heat shrink packaging in your packaging processes? The cartridge heaters from Chubu Nippon Heater Co., Ltd. achieve high-efficiency heating and contribute to reducing work time. 【Usage Scenarios】 * Heat shrink packaging in the packaging processes of food, pharmaceuticals, cosmetics, etc. * Improving the efficiency of packaging using heat shrink film * Conventional heaters have long heating times and low work efficiency * Uniform heating is difficult, leading to variations in product quality 【Benefits of Implementation】 By introducing cartridge heaters, you can achieve greater efficiency in heat shrink packaging, resulting in reduced work time, lower labor costs, and improved product quality.
Optimal for wafer heating! Improve production efficiency with high-performance, long-life heaters!
In the wafer heating process of semiconductor manufacturing, uniform temperature management is required. Conventional band heaters have issues with low thermal efficiency and a tendency to create temperature variations. Therefore, Chubu Nippon Heater Co., Ltd. has developed a high-performance, long-life "Flat Base Heater." 【Application Scenarios】 * Heating of liquid supply nozzles * Heating of gas supply nozzles in CVD equipment * Heating of adhesive dispensing nozzles in assembly equipment * Temperature control of cooling water supply nozzles in dicing equipment 【Benefits of Implementation】 The Flat Base Heater improves thermal efficiency compared to conventional band heaters and suppresses temperature variations, achieving uniform heating of wafers. This contributes to improved product quality and yield. Additionally, its long-life design reduces the frequency of replacements, leading to lower maintenance costs.
The heated object can be heated up to 600°C! A high-performance, long-life heater that replaces conventional band heaters.
Introducing the optimal "Flat Base Heater" for promoting reactions in the field of chemistry. Traditional band heaters have faced challenges such as temperature unevenness, durability issues, and complicated installation. The Flat Base Heater addresses these challenges, achieving more efficient and stable heating. 【Application Scenarios】 - Heating of GC injection ports - Heating of mass spectrometer (MS) interfaces - Sample heating in Pyrolysis Gas Chromatography (Py-GC) 【Benefits of Implementation】 - Reduced reaction time: Improved reaction rates significantly enhance production efficiency - Improved product quality: Uniform heating stabilizes product quality - Energy savings: Enhanced thermal efficiency reduces energy consumption - Reduced maintenance: Excellent durability decreases maintenance frequency
Heated objects can be heated up to 600℃! A high-performance, long-life heater that replaces conventional band heaters.
In the drying process of the pharmaceutical industry, uniform heating and high thermal efficiency are required. Conventional band heaters have issues such as uneven heating, short lifespan, and complicated installation. Therefore, Chubu Nippon Heater Co., Ltd. developed the flat base heater. 【Application Scenarios】 * Drying of pharmaceutical raw materials * Heating during filling into syringes * Drying in the tablet coating process * Sealing of ampoules and vials 【Benefits of Implementation】 * Achieves uniform heating, contributing to improved product quality * Improves thermal efficiency, contributing to reduced energy costs * Longer lifespan, contributing to reduced maintenance costs * Easy installation, contributing to reduced working time
Heated objects can be heated up to 600℃! A high-performance, long-lasting heater that replaces conventional band heaters.
In the adhesive process of the electronics industry, uniform heating is required. Conventional band heaters have issues with low thermal efficiency and a tendency to create temperature variations. Therefore, Chubu Nippon Heater Co., Ltd. developed the "Flat Base Heater," which processes the sides of traditional micro-ring heaters into a flat shape. 【Application Scenarios】 * Adhesion of IC chips to substrates * Adhesion in wire bonding * Component fixation in SMT (Surface Mount Technology) * Implementation of power devices * Adhesion of sensor components 【Effects of Introduction】 The Flat Base Heater achieves high thermal efficiency compared to conventional band heaters, enabling uniform heating. This helps prevent adhesive failures and deterioration in product quality, contributing to improved production efficiency. Additionally, it allows for high-temperature design and can be continuously used at a regular temperature of 600°C for the heated objects, making it suitable for a wide range of applications.
Heated objects are commonly used at 600°C! Improve efficiency with high-performance, long-life heaters!
Do you have challenges with heating the sealing parts in packaging engineering? Conventional band heaters have various issues such as low thermal efficiency, temperature unevenness, and short lifespan. Therefore, Chubu Nippon Heater Co., Ltd. has developed the "Flat Base Heater," which processes the sides of traditional micro-ring heaters into a flat shape using unique technology. 【Application Scenes】 - Confectionery and food packaging: Heating for sealing the bag openings with heat pressure - Pharmaceutical packaging: Heating and welding of aluminum foil or resin film during PTP packaging - Packaging of liquid and powder products: Sealing the openings of pouch containers - Shrink packaging: Welding of film edges 【Benefits of Implementation】 - Improved thermal efficiency allows for reduced heating time - Reduced temperature unevenness stabilizes product quality - Longer lifespan decreases replacement frequency, contributing to cost reduction - High flexibility accommodates various product shapes
