京都電熱 List of Products and Services

We would like to introduce the "thermocouples and temperature sensors" that we handle. There are several types of "thermocouples": K type (CA), E type (CRC), T type (CC), R type (PR), and J type (IC). The sheath diameter can be manufactured from 0.5mm to 8mm. The "temperature sensor" is a sensor used for high-precision industrial temperature measurement from extremely low temperatures to high temperatures, utilizing the property that the electrical resistance of a metal wire changes according to temperature. We can manufacture them in various types, dimensions, and materials to suit your applications! 【Features】 ■ Thermocouples - Available in types K (CA), E (CRC), T (CC), R (PR), and J (IC) - Sheath diameter can be manufactured from 0.5mm to 8mm ■ Temperature Sensors - Used for high-precision industrial temperature measurement from extremely low to high temperatures - Manufactured in types, dimensions, and materials tailored to your applications *For more details, please refer to the PDF document or feel free to contact us.

Kyoto Electric Heating has designed and manufactured a variety of electric heating products, including heaters. Here, we would like to introduce the strengths we have cultivated over the years. Our greatest strength is our ability to accommodate custom orders. If you provide us with your desired specifications, shapes, and delivery dates, we will accept custom manufacturing. In addition, we offer "a wide variety of products and the ability to handle small lots," "various sensors that can measure even in special environments," and "experienced staff who provide detailed support." Please feel free to contact us for any inquiries regarding heaters, not just manufacturing. **Strengths of Kyoto Electric Heating** - Capable of producing custom products to meet various needs - Able to handle a wide variety of products and small lots - Offers various sensors that can measure even in special environments - Experienced staff providing detailed support *For more details, please refer to the PDF materials or feel free to contact us.*

We offer "temperature measurement sensors" recommended for industries such as heat treatment, incineration facilities, thermal-related equipment, food factories, chemical plants, furnace manufacturers, and other businesses that require temperature management. The more complex the materials and shapes, the more we can propose short delivery times and low prices. We specialize in small quantities and a wide variety of products, allowing us to provide tailored proposals for each site. If you have any issues with temperature measurement, we will respond promptly. We can also arrange site visits depending on the situation. 【Features】 ■ Proposals with short delivery times and low prices ■ Specializing in small quantities and a wide variety of products, with tailored proposals for each site ■ Particularly skilled in built-in transmitter sensors and high-temperature thermocouples (such as R and B types) ■ Prompt response to any issues with temperature measurement *For more details, please refer to the PDF materials or feel free to contact us. We can also send catalogs and other materials by mail, so please do not hesitate to inquire.

The ultra-fine sheath thermocouple excels in temperature measurement under special conditions! The diameter of the sheath is one of the thinnest in Japan at 0.1mm. Ultra-fine sheath thermocouples: Available outer diameters {Φ0.1mm, Φ0.15mm, Φ0.2mm, Φ0.25mm, Φ0.3mm, Φ0.5mm} It is flexible and can be bent freely! Thanks to its unique manufacturing method, it boasts stable accuracy, allowing for precise and rapid measurements of small objects, in extremely narrow spaces, and of subjects with significant temperature fluctuations! There are no length restrictions on the sheath. Both exposed type, grounded type, and ungrounded type can be manufactured! We will finish it to your desired specifications! Please consult with us!

The multipoint sensor (MP sensor, multipoint thermometer) is a multipoint temperature sensor that encloses multiple K-type sheath thermocouples within a single protective tube. When using ultra-thin thermocouples, it is possible to measure at seven locations with a protective tube of 1mm in diameter! It is effective in situations where installing numerous sensors is difficult or when it is desired to minimize the impact of the sensors themselves on the environment.

In the steel industry, accurate temperature measurement is a crucial factor that affects product quality and production efficiency. Uneven temperatures within the furnace can lead to a decline in product quality and reduced yield. Additionally, the installation of numerous temperature sensors can result in increased costs, space constraints, and durability issues with the sensors themselves. Multi-point sensors (MP sensors, multi-point thermometers, thermocouples) address these challenges. By incorporating multiple thermocouples into a single protective tube, it is possible to measure temperatures at up to 20 locations simultaneously. This allows for a detailed understanding of the temperature distribution within the furnace and enables optimal temperature management. It also contributes to cost reduction and minimizes installation space. 【Application Scenarios】 - Measurement of temperature distribution within steel furnaces - Temperature management during quenching and tempering processes - Temperature monitoring in heating furnaces - Temperature management in heat treatment furnaces 【Benefits of Implementation】 - Improved product quality through temperature uniformity within the furnace - Enhanced energy efficiency through optimized temperature management - Reduction in sensor installation costs - Improved maintainability

In the semiconductor industry, precise temperature management is essential to improve the quality and yield of manufacturing processes. In particular, in situations such as wafer manufacturing and annealing processes, where subtle temperature changes significantly affect product performance, accurate temperature measurement is required. Uneven temperature distribution can lead to product defects and performance degradation. Multi-point sensors can measure temperatures at up to 20 locations with a single protective tube, helping to efficiently grasp the temperature distribution throughout the process and find optimal conditions. 【Application Scenarios】 - Temperature management in wafer manufacturing processes - Evaluation of temperature uniformity in annealing processes - Temperature monitoring within CVD/PVD equipment - Other semiconductor manufacturing processes where temperature management is critical 【Benefits of Implementation】 - Improved yield through process optimization - Stabilization of product quality - Increased efficiency in temperature management - Reduction of defective products

In the food industry, temperature management is crucial to ensure product quality and safety. In particular, uniformity in temperature distribution is required, as temperature variations can lead to insufficient sterilization or quality degradation due to overheating. Multi-point sensors can simultaneously measure temperatures at up to 20 locations with a single protective tube, allowing for detailed understanding of temperature distribution during the sterilization process and enabling optimal temperature management. 【Application Scenarios】 - Temperature management in food sterilization processes - Checking for heating inconsistencies - Recording temperature data 【Benefits of Implementation】 - Improved accuracy in temperature management - Stabilization of quality - Increased efficiency of processes

In research and development, the accuracy and efficiency of experiments are crucial. In particular, temperature measurement significantly impacts experimental results, necessitating precise temperature readings. When multiple measurement points are required, traditional sensor installations pose challenges in terms of effort and cost. Multi-point sensors (MP sensors, multi-point thermometers, thermocouples) enable temperature measurements at up to 20 locations with a single protective tube, contributing to the efficiency of experiments. 【Usage Scenarios】 - Experiments requiring temperature distribution measurements - Experiments needing numerous measurement points - Experiments with limited sensor installation space 【Benefits of Implementation】 - Ability to measure temperatures at multiple locations simultaneously - Contribution to space-saving - Increased efficiency of experiments

In the field of environmental management, particularly in the operation of incinerators, it is crucial to accurately monitor the temperature inside the furnace and to conduct appropriate combustion management. Inadequate temperature management can lead to decreased combustion efficiency and increased emissions of harmful substances. It may also cause damage to the furnace and early deterioration of equipment. Multi-point sensors can simultaneously measure temperatures at up to 20 locations with a single protective tube, allowing for a detailed understanding of the temperature distribution within the incinerator and supporting efficient operation. 【Application Scenarios】 - Monitoring temperature distribution inside the incinerator - Measuring exhaust gas temperature - Monitoring furnace wall temperature - Optimizing combustion efficiency 【Benefits of Implementation】 - Understanding combustion conditions through temperature data visualization - Improved combustion efficiency and reduced fuel costs - Reduction in harmful substance emissions - Extended lifespan of the furnace