中日本ヒーター List of Products and Services

Temperature management of wafers in semiconductor manufacturing processes is a crucial factor that affects product quality. To achieve precise temperature control, high-precision and reliable temperature sensors are essential. The "Temperature Sensors" provided by Chubu Nippon Heater Co., Ltd. support optimal temperature management to meet customer needs with a wide variety and high quality. 【Usage Scenarios】 - Temperature management of wafers in semiconductor manufacturing processes - Temperature monitoring during wafer heating and cooling processes - Temperature control of manufacturing equipment - Quality control through temperature anomaly detection 【Benefits of Implementation】 - Accurate measurement of wafer temperature to achieve a stable manufacturing process - Early detection of temperature anomalies to prevent product defects - Improvement in product quality through enhanced temperature management accuracy - Increased production efficiency

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In the firing process of ceramics, temperature management significantly affects product quality. We introduce temperature sensors that contribute to achieving uniform temperature distribution, improving product quality, increasing yield, and ensuring stable production. 【Application Scenarios】 - Temperature management in ceramic kilns - Achieving uniform temperature distribution to enhance product quality - Reducing product defects caused by temperature variations - Improving productivity by shortening firing time - Quality management through temperature data recording 【Benefits of Implementation】 By introducing temperature sensors, temperature management in the ceramic firing process can be conducted more accurately, contributing to improved product quality, increased yield, and stable production. Additionally, recording temperature data helps enhance quality management.

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In glass manufacturing, precise management of melting temperature is essential for quality and stable production. However, temperature measurement in high-temperature environments has posed challenges, as conventional thermometers often lack accuracy and durability. Therefore, Chubu Nippon Heater Co., Ltd. offers high-precision and durable thermocouples and temperature sensors specifically for the glass industry. 【Application Scenarios】 - Management of melting temperature in glass melting furnaces - Temperature management in the glass forming process - Quality control of glass products - Temperature measurement in high-temperature environments - Insufficient accuracy with conventional thermometers - Issues with durability 【Benefits of Implementation】 By introducing the "Temperature Sensor," accurate management of melting temperatures can be achieved, leading to improved quality of glass products and stable production. Additionally, it allows for more precise measurements compared to conventional thermometers, enabling the manufacture of higher-precision products. Furthermore, its excellent durability ensures it can withstand long-term use, contributing to reduced maintenance costs.

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In the pharmaceutical industry, temperature management is crucial for maintaining product quality. However, proper temperature management requires accurate and reliable temperature sensors. Chūnippon Heater Co., Ltd.'s "Temperature Sensors" boast a wide variety and high precision, thoroughly supporting temperature management in pharmaceutical settings. 【Usage Scenarios】 - Temperature management of formulations in pharmaceutical factories - Temperature monitoring of culture media and reaction liquids - Temperature measurement in processes where temperature changes affect product quality - Recording and management of temperature data 【Benefits of Implementation】 - Stabilization of product quality through improved accuracy in temperature management - Prevention of defective products through early detection of temperature anomalies - Strengthening of quality control through recording and management of temperature data - Effective utilization of personnel through the efficiency of temperature management operations

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In food manufacturing, temperature management is a crucial factor that affects quality. However, when proper temperature management is difficult, challenges such as product quality deterioration and delays in the manufacturing process may arise. Chūnippon Heater Co., Ltd.'s "Temperature Sensor" is a product that thoroughly manages temperature in food processing, achieving stable quality and efficient manufacturing. 【Usage Scenarios】 - Temperature management in food heating processes - Temperature monitoring in refrigeration and freezing units - Product quality management - Streamlining manufacturing processes - Ensuring food safety 【Benefits of Implementation】 By implementing the "Temperature Sensor," thorough temperature management in food heating processes can be achieved, leading to improved product quality and stable supply. Additionally, enhanced accuracy in temperature monitoring contributes to streamlining manufacturing processes and ensuring food safety.

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Temperature management in chemical reactions is essential for ensuring product quality and safety. However, in situations where proper temperature control is challenging or rapid temperature measurement is required, high-precision and reliable temperature sensors are indispensable. Chubu Nippon Heater Co., Ltd.'s "Temperature Sensors" can quickly respond to customer needs with a wide variety and constant stock. 【Usage Scenarios】 * Monitoring and controlling reaction temperatures in chemical plants * Rapid temperature measurement in reaction processes with significant temperature changes * Temperature measurement in high and low-temperature environments * Temperature measurement in corrosive environments * Temperature measurement in confined spaces 【Benefits of Implementation】 By introducing "Temperature Sensors," you can accurately grasp the temperature of chemical reactions, enabling the production of stable quality products. Additionally, rapid temperature measurement helps optimize reaction processes and contributes to improved production efficiency. Furthermore, high-precision temperature measurement leads to enhanced safety.

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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

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Introducing the "Flat Base Heater," optimal for temperature control in painting processes. Compared to conventional band heaters, it achieves high efficiency and long lifespan, allowing for continuous use at a constant temperature of 600°C for the heated objects. It overcomes the challenges of low thermal efficiency and insufficient durability at high temperatures faced by traditional micro-heaters, contributing to the efficiency and quality improvement of painting processes. 【Application Scenarios】 - Improved fluidity of paint through preheating - Temperature control of paint in electrostatic painting - Heating and curing in powder coating - Temperature control of spray nozzles - Localized heating in drying ovens 【Benefits of Implementation】 - High-efficiency heating leads to reduced work time and energy savings - Uniform temperature distribution contributes to improved product quality - Long lifespan design reduces replacement frequency and achieves cost savings - Stable operation at high temperatures contributes to increased productivity

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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.

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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

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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

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In plastic molding, uniform heating greatly affects product quality. Conventional band heaters have challenges such as low thermal efficiency and a tendency to create temperature unevenness. Therefore, Chubu Nippon Heater Co., Ltd. developed the "Flat Base Heater," which processes the sides of conventional micro-ring heaters into a flat shape. This heater achieves high thermal efficiency and excellent temperature uniformity, contributing to the efficiency and quality improvement of plastic molding. 【Usage Scenarios】 * Heating of the nozzle section of injection molding machines * Heating of hot runner systems * Heating of manifolds * Heating of the die section of extrusion molding machines * Heating of cylinder heads 【Benefits of Implementation】 * Energy-saving effects due to improved thermal efficiency * Improved product quality by suppressing temperature unevenness * Increased productivity by reducing heating time * Stable operation due to reduced failure rates

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In the field of food processing, there is a demand for efficiently heating various materials. Conventional band heaters often face issues such as temperature unevenness, durability problems, and complicated installation. To address these challenges, Chubu Nippon Heater Co., Ltd. has developed the high-performance, long-lasting "Flat Base Heater." 【Usage Scenarios】 * Heating and sterilizing liquid sauce filling nozzles * Localized heating in powdered soup drying lines * Preheating in retort sterilization lines * Preventing crystallization in liquid seasoning concentration lines 【Benefits of Implementation】 The Flat Base Heater achieves more uniform and efficient heating compared to traditional band heaters. It can also withstand continuous use at high temperatures, making it effective in various processes of food processing. Additionally, its lightweight and slim design make installation easy, contributing to space-saving solutions.

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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.

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In the pharmaceutical industry, stable temperature management is required in the drug manufacturing process. However, conventional heating methods often lead to temperature inconsistencies and variations in heating time, resulting in challenges in quality control and production efficiency. Therefore, the "Cartridge Heater" provided by Chubu Nippon Heater Co., Ltd. achieves uniform heating and high thermal efficiency, contributing to the resolution of these issues. 【Usage Scenarios】 * Heating and dissolving drugs * Temperature management of stirring tanks * Temperature control of reaction vessels * Manufacturing of biopharmaceuticals * Production of special drugs where temperature management is difficult 【Benefits of Implementation】 * Suppression of temperature inconsistencies, stabilizing product quality * Reduction of heating time, improving production efficiency * Decrease in energy consumption * Enhanced safety

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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.

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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

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In the vulcanization process of rubber products, uniform heating and efficient operation are extremely important. However, conventional heaters have faced challenges such as low thermal efficiency, temperature inconsistencies, and inferior durability. Therefore, Chubu Nippon Heater Co., Ltd. offers high-performance cartridge heaters that are optimal for the vulcanization of rubber products. 【Application Scenarios】 * Vulcanization process of rubber products * Variability in product quality due to temperature inconsistencies * Reduction of heating time * Improvement of heater durability 【Benefits of Implementation】 By introducing our cartridge heaters, you can suppress temperature inconsistencies in the vulcanization process of rubber products, leading to improved product quality. Additionally, enhanced thermal efficiency will shorten heating times and contribute to increased productivity. Furthermore, our durable design reduces the frequency of heater replacements, resulting in cost savings.

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Are you struggling with the efficiency of the heating process in plastic molding? The cartridge heaters provided by Chubu Nippon Heater Co., Ltd. contribute to shortening molding time and improving product quality with high thermal efficiency and stable performance. 【Usage Scenarios】 * Heating in plastic molding machines * Reduction of molding time * Achieving uniform temperature distribution * Stabilization of product quality * Improvement of thermal efficiency 【Effects of Implementation】 By introducing cartridge heaters, various benefits can be expected, such as reduced molding time, improved product quality, and decreased energy consumption.

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We introduce a cartridge heater that achieves efficient and safe heating in the sterilization process of medical devices. Traditional heating methods have faced challenges such as time and cost constraints, as well as difficulties in maintaining uniform temperature control. Our cartridge heater realizes high thermal efficiency and stable temperature control, contributing to the optimization of the sterilization process and enhancing safety. 【Usage Scenarios】 * Sterilization of medical devices * Heating of medical instruments * Temperature management of sterilization equipment * Traditional heating methods are time-consuming and difficult to manage uniformly * Cost reduction and efficiency improvement are required 【Effects of Implementation】 By introducing the cartridge heater, the sterilization process of medical devices can be optimized, reducing time and costs. Additionally, by achieving stable temperature control, the safety and reliability of sterilization can be improved.

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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.

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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.

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Engine warming in cold regions places a heavy burden on the vehicle at startup, leading to decreased fuel efficiency and increased exhaust emissions. The cartridge heater from Chūnippon Heater Co., Ltd. enables efficient warming and addresses these challenges. 【Usage Scenarios】 * Engine warming for vehicles in cold regions * Reducing the burden at startup * Improving fuel efficiency * Reducing exhaust emissions * Shortening warming time 【Benefits of Implementation】 By introducing the cartridge heater, you can shorten engine warming time, contributing to improved fuel efficiency and reduced exhaust emissions. Additionally, by alleviating the burden at startup, it is also expected to extend the engine's lifespan.

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Here is an example of the "temperature sensor" that our company handles. We received an inquiry from Mr. O in Aichi Prefecture, who wanted to add a thermocouple for over-temperature prevention and install it in a modified vacuum furnace. We proposed using a two-point (dual element) temperature sensing part for the thermocouple, which would allow temperature control and over-temperature prevention with just one thermocouple, thus enabling us to achieve both without modifying the vacuum furnace. [Case Overview (Partial)] ■ Inquiry Details - Temperature control of a 1000°C liquid in a vacuum furnace using a thermocouple - Desire to add a thermocouple for over-temperature prevention - Intention to modify the vacuum furnace to install the thermocouple for over-temperature prevention *For more details, please refer to the related links or feel free to contact us.

• Temperature and humidity measuring instruments

Here is a case study of the "Nozzle Heater" that we handle. Due to resin leakage in the injection molding machine, resin entered the nozzle heater, causing a short circuit. They urgently needed a φ40×30mm nozzle heater from our stock. We proposed a completely sealed nozzle heater and a flat base heater. They purchased the completely sealed nozzle heater. [Case Overview] ■ Proposal - Completely sealed nozzle heater resistant to resin leakage φ40×30mm 220v210w - Flat base heater NMR-11 φ40×30mm 220v280w ■ Results - The frequency of replacements decreased compared to when they were using the previous nozzle heater, and productivity increased. - Since it was in stock, we could ship it the same day, which was greatly appreciated. *For more details, please refer to the related links or feel free to contact us.

• Other heaters

Here is an example of the "cartridge heater" that we handle. We received an inquiry from Company T in Aichi Prefecture regarding a product that had developed a weld line. They wanted to apply heat to eliminate it, but the area requiring heat was narrow, with a small diameter and a length of about 20mm at the tip. We proposed a cartridge heater with a diameter of 8mm and a length of 55mm (heating section 20mm), rated at 100V and 100W, with a 1m side lead. Since the heating section was only 20mm at the tip, the weld line was eliminated, allowing them to produce the product. [Case Overview (Partial)] ■ Inquiry Details - The product had developed a weld line, and they wanted to apply heat to eliminate it. - The area requiring heat was narrow, with a small diameter and a length of about 20mm at the tip. - The wiring extraction was also in a recessed area with a gap of less than 20mm. *For more details, please refer to the related links or feel free to contact us.

• Other heaters

Here is a case study of the "Silicone Rubber Heater" that we handle. We received an inquiry from Company B in Shizuoka Prefecture, stating that they wanted to heat a syringe to around 25-30°C and that it would be better if the syringe was easy to detach since it is regularly cleaned. In response, we proposed incorporating a (K) sensor into the silicone rubber heater to enable temperature control. The silicone rubber heater closely adheres to the syringe, allowing heat to transfer easily and preventing the fluid from solidifying. [Case Overview (Partial)] ■ Inquiry Details - The fluid inside the syringe solidifies at low temperatures, making it difficult to apply evenly to the product. - They want to heat the syringe to around 25-30°C. - The syringe should be easy to detach since it is regularly cleaned. *For more details, please refer to the related links or feel free to contact us.

• Silicon Heater

Here is an example of the "seas heater" that our company handles. We received an inquiry from Company M in Nagoya City, asking to bend acrylic sheets of various sizes by applying heat of 160°C, with a heating section of 1000mm. In response, we proposed a seas heater with a diameter of 12mm and a length of 1040mm, rated at 200V and 1000W. The temperature of the jig became uniform, allowing for clean bending of acrylic sheets at any part of the jig, regardless of their size. [Case Overview (Partial)] ■ Inquiry Details - Want to bend acrylic sheets of various sizes by applying heat of 160°C - Need a heating section of 1000mm *For more details, please refer to the related links or feel free to contact us.

• Other heaters

We would like to introduce a case study of the "seed heater" that we handle. We received a request to create a large dryer that uses a seed heater to apply 60°C heat to fruits in order to make dried fruits. We discussed heat dissipation calculations, insulation methods, and how to circulate the air inside the dryer to ensure that every part of the dryer maintains the same temperature. As a result, we were able to uniformly dry a large quantity of dried fruits, thereby increasing productivity. [Case Overview] ■ Request - To create a large dryer that applies 60°C heat to fruits to make dried fruits. ■ Proposal - Heat dissipation calculations and insulation methods. - Suggestions for circulating air inside the dryer to ensure uniform temperature throughout. *For more details, please refer to the related links or feel free to contact us.

• Other heaters

We would like to introduce a case study of our "Silicone Rubber Heater." We received a consultation regarding a tank and hose used for applying grease, which became hard due to the cold in winter, making it difficult to apply evenly. To address this, we wrapped a silicone rubber heater (K) with a sensor around the tank and placed a belt heater with a temperature sensor φ1.6×100L along the hose. This allowed the grease to be heated by the heater even in winter, enabling uniform application to the product. 【Case Overview (Partial)】 ■ Consultation Details - The tank and hose used for applying grease became hard due to the cold in winter, making it difficult to apply evenly. - We wanted to maintain the grease temperature at around 30-40°C. - It is not acceptable for the temperature to exceed 60°C, as the viscosity of the grease changes above this temperature. *For more details, please refer to the related links or feel free to contact us.

• Silicon Heater

Here is an example of the "cartridge heater" that our company handles. We received an inquiry from Company E in Kitakagaya City about wanting to create a machine to thaw frozen blood packs. The heater can quickly and lightly provide the appropriate amount of heat, making it effective in medical settings. After multiple meetings with the customer, we discussed what could and could not be done with the heater, and through the customer's ingenuity, a wonderful product was created. [Case Overview (Partial)] ■ Inquiry Details - Wanting to create a machine to thaw frozen blood packs - The heater must not raise the temperature above 40°C, as exceeding this temperature can destroy the components of the blood. *For more details, please refer to the related links or feel free to contact us.

• Other heaters

We would like to introduce a case study of the "temperature sensor" that our company handles. We received an inquiry from Company T in Ishikawa Prefecture, who wanted to know the center temperature of hamburgers being heated in a commercial oven. They required a thermocouple that could operate in an oven with temperatures ranging from 180°C to 250°C. In response, we proposed the T-35 type φ1.6×20mm (K) sleeve heat-resistant temperature sensor. For this custom order, the sleeve part was made with an eco-bond specification (heat-resistant up to 250°C). [Case Overview] ■ Inquiry Details - Wanted to know the center temperature of hamburgers being heated in a commercial oven. - Needed a thermocouple that could be used in an environment of 250°C. ■ Results - Successfully tested how long and at what temperature the center of the hamburger could be cooked deliciously, even in a 250°C oven. *For more details, please refer to the related links or feel free to contact us.

• Temperature and humidity measuring instruments

We would like to introduce a case study of the "cartridge heater" that we handle. A company, Y, located in Higashi-Osaka, uses a ring-shaped heater in a groove with a P.C.D of φ40 for heating the bottom surface of their products. However, they had a concern that the delivery time took two months, and they wanted to obtain it a bit faster. After much trial and error, we finished a heater identical to the sample, received approval from the customer, and were able to deliver it within 2 to 3 weeks. [Case Overview (Partial)] ■ Consultation Details - Using a ring-shaped heater in a groove with a P.C.D of φ40 for heating the bottom surface of the product - The ring-shaped heater has a delivery time of two months, and they want to obtain it a bit faster - They want to obtain a heater identical to the sample within one month ■ Proposal - After much trial and error, we finished a heater identical to the sample for customer testing *For more details, please refer to the related links or feel free to contact us.

• Other heaters

The "NNH Band Heater" is a thin, cylindrical or rectangular heater. The heating element, made of nichrome wire, is insulated with heat-resistant mica plates. It is reinforced by being covered with metals such as stainless steel and bonded steel plates, enhancing its durability. Additionally, since the heater and band are integrated, installation onto a cylinder is very easy. It closely adheres to the object being heated, and is mainly used for heating in plastic molding machines, extrusion machines, and pipelines. 【Features】 ■ Flexible shapes in cylindrical or rectangular forms ■ Maximum surface temperature of the heater: 350℃ ■ Custom hole processing and notching available ■ Heater and band are integrated ■ Easy installation onto cylinders *For more details, please refer to the PDF document or feel free to contact us.

• Other heaters
• Other machine elements

Our company offers a wide range of constantly stocked items, including cartridge heaters, nozzle heaters, and temperature sensors, which we can deliver to you immediately upon order. Of course, we also welcome inquiries about custom products. Leveraging the experience we have cultivated since our establishment in 1973, we provide optimal proposals tailored to our customers' concerns. With reliable quality and responsive service, Chubu Nippon Heater's heating products are chosen for various applications. 【Sales Items (Partial)】 ■ Cartridge Heaters ■ Band Heaters ■ Plate Heaters ■ Nozzle Heaters ■ Sleeve Heaters ■ Plug Heaters ■ Flange Heaters *For more details, please refer to the PDF document or feel free to contact us.

• Heating device
• Other electronic parts

The "temperature sensor" is a thermocouple and resistance temperature detector that supports various temperature measurements with a wide range of types. A "thermocouple" is a temperature sensor that consists of two different metal wires joined at the tip, utilizing the thermoelectric voltage (Seebeck effect) generated according to the temperature difference at both ends, transmitting that electrical signal to an instrument for measurement. The types of wires available are K (CA) and J (IC), which are standard stock items, so please use them according to the input type of the instrument. Additionally, the "resistance temperature detector" transmits the electrical resistance of high-purity platinum wire, allowing for high-precision measurements (made to order). 【Product Lineup】 < Thermocouple Series > ■ T-35 Type ■ Band Type ■ Screw Type ■ T-14 Type *For more details, please refer to the PDF document or feel free to contact us.

• Temperature and humidity measuring instruments

We would like to introduce our "High Efficiency Far Infrared Radiation Ceramic Heater." The heater surface is treated with a glaze that emits infrared wavelengths easily absorbed by many objects, making it suitable for a wide range of applications such as heating and drying. Due to its high efficiency emitter (emissivity 0.95), which is close to that of a perfect black body, it allows for uniform heating and drying in a short time. Made from a ceramic material that is stable against thermal shock, there is no risk of breakage from rapid heating and cooling, and it can be used at high temperatures without a decrease in emissivity over time. 【Features】 ■ Highly versatile heater ■ Contributes to energy savings ■ Material resistant to thermal shock *For more details, please refer to the PDF document or feel free to contact us.

• Heating device
• Other electronic parts

The "Silicone Rubber Heater" is a flexible, thin surface heating element that serves as an alternative to traditional metal heaters. Unlike typical carbon types, it can be freely manufactured in various shapes such as round, triangular, or perforated, thanks to the pattern design of the nickel alloy resistance element, which can be tailored to the shape of the object being heated. Due to its unique manufacturing method (patented), it can be produced in a short lead time, even from a single unit. This product is used as a component in various industries or for equipment purposes. 【Features】 ■ A flexible, thin surface heating element that replaces traditional metal heaters ■ The shape of the heater can be freely designed ■ Can be designed with a new approach to thermal sensation ■ Can be used continuously at 200°C for semi-permanent periods *For more details, please refer to the PDF document or feel free to contact us.

• Heating device
• Other electronic parts

"RAMAROD" is a high-watt density (W/cm²) cartridge heater that enables long life even at high temperatures. It uses Incoloy material for the sheath and has Incoloy end discs welded at the cartridge heater terminals, with a LavaSeal applied at the mouth. It allows for uniform and precise heating at medium to low temperatures, as well as maintaining a continuous sheath surface temperature of up to 871°C. [Features] ■ Designed for a maximum of 871°C with a lifespan of over one year ■ Connection method (U.S. PATENT No. 3307.135) ■ Ample stock available for immediate delivery ■ Always in stock *For more details, please refer to the PDF document or feel free to contact us.

• Other electronic parts
• Heating device

The "Flat Base Heater" is a product that utilizes our unique technology to process the sides of conventional micro ring heaters into a flat shape. While inheriting the characteristics of traditional micro heaters, the addition of a flat surface allows for higher thermal efficiency, especially when shaped to wrap directly around the object being heated. With excellent thermal conductivity, the flexible heater body can easily adhere to any surface. 【Features】 - Lightweight and thin (3mm), with the lead wire exit direction that can be freely bent for use. - Completely sealed, preventing the entry of melted resin, oil, etc., eliminating concerns about disconnection failures. - Capable of high-temperature design (10W/cm²), allowing for continuous use at a regular temperature of 600°C for the heated object. - With excellent thermal conductivity, the flexible heater body can easily adhere to any surface. *For more details, please refer to the PDF document or feel free to contact us.

• Other processing machines
• Other electronic parts
• Heating device

We would like to introduce our "Cartridge Heater." The surface of the heater is finished with high precision and smoothness, so if the gap between the heated object and the heater is minimal, the thermal conductivity will be high and efficient. The knurled type and single flange spring type heaters are designed with a robust structure for the strength of the lead outlet and the fixation of the heater. We have various models in stock at all times. We can also manufacture products according to your specified requirements, so please feel free to contact us when needed. 【Features】 ■ High thermal efficiency ■ Robust structure that withstands impact ■ Long lifespan ■ Stable insulation performance *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements
• Other electronic parts