Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.
1～23 item / All 23 items
Wire diameter: Ceramic insulated thermocouples with diameters of 0.5mm, 0.8mm, and 1.6mm.
The XC ceramic insulated thermocouples are available in three wire diameters: 0.5mm, 0.8mm, and 1.6mm. The standard length is 305mm. For more details, please contact us or refer to the catalog.
Usable over a wide range from extremely low temperatures to high temperatures.
KK polyimide-coated thermocouples can be used over a wide range from cryogenic temperatures to high temperatures. The polyimide coating material does not have a melting point and will not carbonize unless it exceeds 800°C. For more details, please contact us or refer to the catalog.
High-speed response type compatible with φ0.2mm and φ0.32mm! Terminal processing can be selected from three types.
This product is a film-type coated thermocouple suitable for surface temperature measurement. It complies with JIS Class 1 thermocouples, enabling high-precision temperature measurement. It is a fast response type available in φ0.2mm and φ0.32mm. Additionally, there are no connection points in the measurement section, which enhances structural strength. Furthermore, terminal processing options include pressure terminals (M4, M3.5, M3), connectors, or bare leads. 【Features】 ■ Surface temperature measurement type ■ Low price ■ Class 1 compliant ■ Fast response ■ Improved structural strength *For more details, please refer to the PDF document or feel free to contact us.
Achieved processing with a prime diameter of φ0.05! This thermocouple excels in heat resistance, cold resistance, and chemical resistance.
The "TC-K-PFA-0.05" is an ultra-fine coated thermocouple with a very small tip, providing excellent responsiveness. The coating material used is fluoropolymer (PFA). It has outstanding heat resistance and cold resistance (-200℃ to +260℃), as well as excellent chemical resistance (molded type: -200℃ to +200℃). This product can be processed and sold in various forms, including molded types. 【Features】 ■ Compliant with the European RoHS Directive ■ Achieves processing with a diameter of φ0.05 ■ Extremely excellent responsiveness *For more details, please refer to the PDF document or feel free to contact us.
Introducing thermocouples. We have various types including K thermocouples and T-type thermocouples. Please use them for temperature measurement. These thermocouples are made by Omega Engineering in the USA.
Introducing thermocouples manufactured by Omega in the United States. Please utilize them for temperature measurement. We have various types of thermocouples including K-type and T-type. Thermocouple Features: - High precision: Special limit error (SLE) - ANSI color code: The color of the thermocouple varies by type - PFA (Teflon) insulation with a maximum insulation temperature of 260℃ - Types of thermocouples: K, T, E, J types - Wire gauge: 24, 30, 36, 40 AWG - Pack of 5 - Thermocouple lengths: 1 m, 2 m, and others - Thermocouple tip: bead type, other end stripped
Low scattering of fine damaged glass fiber debris! This is a thermocouple with a thermal contact measured at 900°C!
The "ceramic fiber-coated thermocouple with a hot junction" is a thermocouple with a hot junction for simple measurements up to +900°C. The coating's heat resistance temperature has been increased to +900°C, and the Inconel mesh product has improved abrasion resistance, enhancing performance. It uses fine ceramic fibers, which reduce the prickly sensation when touched. Additionally, it is coated with a silicone-based coating agent that produces less smoke at high temperatures, and it minimizes the scattering of fine broken glass fiber debris, contributing to an improved working environment. Please note that this product is intended for testing and experimental use, so if you require durability, please consider the SUS sheath type thermocouple. 【Features】 ■ Thermocouple with a hot junction for simple measurements up to +900°C ■ Coating heat resistance temperature increased to +900°C ■ Uses fine ceramic fibers to reduce the prickly sensation when touched ■ Coated with a silicone-based agent that produces less smoke even at high temperatures *For more details, please refer to the PDF document or feel free to contact us.
Low organic smoke during high-temperature measurements! This is a thermocouple with a thermal contact for measurements at 700℃!
The "Thermocouple with Heat Contact Silica/Glass Fiber Coating" is a thermocouple with a heat contact designed for simple measurements at +700°C. The coating's heat resistance temperature has been increased to +700°C (when φ0.5mm), and the Inconel mesh product has improved abrasion resistance, enhancing performance. It contributes to improving the working environment by reducing the prickly sensation of glass fibers when touched, minimizing the scattering of fine broken glass fiber debris, and decreasing organic smoke during high-temperature measurements. Please note that this product is intended for testing, development, and experimental use. If you require durability, please consider the SUS sheath type thermocouple. 【Features】 ■ Thermocouple with heat contact for simple measurements at +700°C ■ Coating heat resistance temperature increased to +700°C (when φ0.5mm) ■ Reduced prickly sensation of glass fibers when touched ■ Less scattering of fine broken glass fiber debris *For more details, please refer to the PDF document or feel free to contact us.
Can be used on printed circuit boards while powered! This is a thermocouple for temperature measurement that requires insulation and chemical resistance!
The "All Teflon Coated Thermocouple" is a new type of thermocouple that has undergone a re-Teflon coating treatment at the tip of a flat Teflon coated thermocouple. It offers good flexibility and durability. It fully utilizes the corrosion resistance properties of Teflon, which excels in resisting acids, alkalis, and salts, areas where stainless steel sheath thermocouples typically struggle. It can also be used for temperature measurement of printed circuit boards during operation, eliminating concerns about electrical insulation and water resistance. If there is a risk of secondary accidents due to coating damage, please consider double coating. 【Features】 ■ Complete Teflon coating ■ Good electrical insulation ■ Excellent resistance to acids, alkalis, salts, and water ■ Good flexibility ■ Good durability *For more details, please refer to the PDF document or feel free to contact us.
Narrow area measurement is possible! The tip mold processing part has the same diameter as the insulated thermocouple wire, which is φ0.5mm.
This product is a thermocouple with a Teflon molded tip on a fine-coated thermocouple. The tip mold section has the same diameter as the coated thermocouple wire, which is φ0.5mm. The thermocouple wire is made of twisted wire with an amide-imide coating, allowing it to be used in environments such as magnetic fields. Please use it for applications such as measuring heat generation in battery cells or managing heat in motors. 【Features】 ■ Capable of measuring in narrow spaces ■ Teflon is made of PFA resin with a heat resistance temperature of 260℃ ■ Usable in environments such as magnetic fields ■ Custom manufacturing is possible for outer diameters other than φ0.1 *For more details, please refer to the PDF document or feel free to contact us.
We offer a standard lineup and also accept various processing requests.
<Standard Lineup> 1. Fluororesin-coated thermocouple wire 2. Fluororesin-coated ultra-fine thermocouple wire 3. Fluororesin-insulated thermocouple wire 4. Glass-coated thermocouple wire 5. Heat-resistant vinyl-coated thermocouple wire 6. Silk-wrapped coated thermocouple wire 7. High heat-resistant silica glass-coated K type thermocouple wire 8. High heat-resistant ceramic yarn-coated K type thermocouple wire We offer these items as part of our standard lineup, and we also accept various processing requests, so please feel free to consult with us. Sheath thermocouples and compensation wires are also available. Calibration services are also provided.
Introducing fluororesin-coated thermocouples for high temperatures, high frequencies, and wires with heat and chemical resistance!
We would like to introduce our "Fluororesin Coated Thermocouples." Since we use FEP for the insulation and outer sheath, they excel in electrical properties, heat resistance, chemical resistance, and weather resistance. They are suitable for temperature measurement and other applications. 【Features】 ■ FEP is used for insulation and outer sheath ■ Excellent electrical properties, heat resistance, chemical resistance, and weather resistance ■ Does not contain lead compounds ■ RoHS compliant *For more details, please refer to the PDF document or feel free to contact us.
A lightweight and flexible thermocouple that is electrically connected at one end! Easily measure temperature!
The "T10 Series" is a coated thermocouple that has various insulating materials covering the thermocouple wire. It is a lightweight and flexible thermocouple that allows for easy temperature measurement by electrically connecting one end. The types of wire available are T, J, E, and K. 【Standard Specifications】 ■ Wire Type: T, J, E, K ■ Tolerance: Class 1, Class 2 ■ Number of Wires: Single *For more details, please refer to the PDF document or feel free to contact us.
Introduction of fluororesin-coated thermocouples in the form of glasses, suitable for temperature measurement in vacuum environments such as autoclaves.
The "J-SP-FEPF (MGN)" is a fluororesin-coated thermocouple in a glass shape suitable for temperature measurement in vacuum environments such as autoclaves used for molding carbon fiber reinforced plastics. It can maintain pressure because there is no air layer in the insulation even in high vacuum conditions. 【Features】 - Usable in vacuum environments due to the absence of an air layer - Passed pressure tests of 1.45 MPa at 200°C and 3 MPa at room temperature - Slim profile, ideal for narrow spaces - Easy processing of terminal ends (exposed wire) *Note: The maximum pressure limits for testing equipment are 1.45 MPa and 3 MPa, so these values are for reference. - Slim profile, ideal for narrow spaces - Compatible with electromotive force ASTM E230 SP grade We can also accommodate requests for thermal contact processing, terminal processing, and connector installation. Please feel free to contact us. *For more details, please refer to the PDF document.
In addition to measuring surface temperature, it is also possible to measure temperature in narrow gaps and spaces!
We handle ultra-thin sheet-type PFA Teflon-coated thermocouples with a sheet thickness of 80μm. The thermocouple part has a plate thickness of 50μm, allowing for high-speed response measurements. Additionally, the dimensions of the film sheet can be manufactured to your specified dimensions. 【Specifications】 ■ Thermocouple type: K thermocouple, T thermocouple ■ Thermocouple wire outer diameter: φ0.2mm ■ Accuracy: JIS Class 1 or 2 ■ Coated wire outer diameter: approximately φ0.9mm ■ Temperature measurement range: up to 200℃ ■ Terminal processing: terminals, connectors, etc. *For more details, please download the PDF or feel free to contact us.
Stable temperature measurement with a wide contact area. Ideal for exhaust gas measurement.
In the automotive industry, accurate temperature measurement is essential for exhaust gas measurement. The temperature of exhaust gases is an important indicator for evaluating the efficiency of catalysts and the combustion state of engines. Low accuracy in temperature measurement can hinder the assessment of compliance with exhaust gas regulations and the optimization of fuel efficiency. Sheet-type covered thermocouples achieve stable temperature measurement due to their large contact area, contributing to improved accuracy in exhaust gas measurement. 【Application Scenarios】 - Exhaust gas temperature measurement - Temperature management of catalytic converters - Temperature monitoring of engine exhaust systems 【Effects of Implementation】 - Improved accuracy of exhaust gas analysis through precise temperature measurement - Increased reliability of compliance assessment with exhaust gas regulations - Contribution to improved fuel efficiency
For temperature management inside the engine. Stable measurement with a wide contact area.
In the aerospace engine industry, precise temperature management is essential to balance engine performance and safety. In the high-temperature environment inside the engine, accurate temperature measurement using thermocouples leads to efficient engine operation and anomaly detection. Inaccurate temperature measurements can result in decreased engine performance and, in the worst case, serious accidents. Our sheet-type coated thermocouples accurately measure temperatures inside the engine, supporting safe flight. 【Application Scenarios】 - Engine combustion chamber - Turbine blades - Exhaust system 【Benefits of Implementation】 - Optimization of engine performance - Enhanced safety through anomaly detection - Improved durability
Accurately measure the temperature inside the reaction vessel to optimize the chemical reaction.
In the chemical industry, accurate temperature measurement is essential for ensuring the efficiency and safety of reactions. Even slight fluctuations in reaction temperature can significantly impact the quality and yield of the products. Additionally, excessive temperature increases pose risks of runaway reactions and dangerous conditions. Sheet-type covered thermocouples help accurately monitor the temperature within the reaction vessel and maintain optimal reaction conditions. [Application Scenarios] - Temperature measurement within chemical reaction vessels - Monitoring of reaction processes - Temperature management in research and development [Effects of Implementation] - Increased efficiency and yield of reactions - Stabilization of product quality - Enhanced safety of reaction processes
For temperature management in glass molding. Stable measurement with a wide contact area, easy to attach.
In the glass molding industry, temperature management, which affects product quality, is crucial. Even slight fluctuations in molding temperature can impact the shape and strength of the product. Accurate temperature measurement is essential to prevent the occurrence of defective products and improve yield. Sheet-type covered thermocouples address the challenges of temperature management in glass molding. 【Application Scenarios】 - Temperature measurement of glass molding molds - Temperature measurement inside glass product firing kilns - Temperature monitoring in glass manufacturing lines 【Benefits of Implementation】 - Quality improvement through accurate temperature measurement - Reduction in defect rates - Improvement in production efficiency
For measuring the temperature of CPUs and substrates. Achieves stable measurements with a wide contact area.
In experiments conducted at research institutions, accurate temperature measurement affects the reliability of experimental results. In particular, temperature management of CPUs, circuit boards, and other electronic components is crucial for ensuring the reproducibility of experiments and the accuracy of data. Traditional temperature measurement methods often have small contact areas, making precise temperature measurement difficult, or can be cumbersome to install. Our sheet-type coated thermocouples address these challenges with a wide contact area and easy application. 【Usage Scenarios】 - Temperature measurement of CPUs and circuit boards - Temperature testing of electronic components - Temperature management in research and development 【Benefits of Implementation】 - Improved reliability of experimental data through accurate temperature measurement - Enhanced work efficiency due to easy installation - Compatibility with a wide temperature range (NS series)
For temperature management of power generation equipment. Achieving stable temperature measurement with a wide contact area.
In the energy industry, especially in power plants, stable operation of equipment is crucial. Accurate temperature management of each component is essential to maximize power generation efficiency and ensure safety. If the accuracy of temperature measurement is low, it may lead to an inability to detect overheating or abnormalities in equipment early, potentially resulting in serious accidents. Our sheet-type covered thermocouples address the challenges of temperature management in power generation facilities. 【Usage Scenarios】 - Temperature monitoring of turbines, generators, transformers, etc. - Temperature measurement for waste heat recovery systems - Temperature management of solar power generation systems 【Benefits of Implementation】 - Early detection of equipment abnormalities to prevent accidents - Optimization of power generation efficiency - Reduction of maintenance costs
We accurately measure the tempering temperature to contribute to quality improvement.
In the metal quenching process, proper temperature management significantly affects product quality. If the temperature is inappropriate, the hardness and strength of the metal may decrease, potentially adversely affecting the product's performance. Sheet-type coated thermocouples can be easily attached to the quenching target, enabling accurate temperature measurement. This optimizes temperature management during the quenching process and supports the production of high-quality products. 【Usage Scenarios】 - Quenching process of metal parts - Temperature measurement inside heat treatment furnaces - Temperature management after quenching 【Benefits of Implementation】 - Quality improvement through optimization of quenching temperature - Reduction of defective products - Increased efficiency in process management
For temperature management of the substrate. Stable measurement with a large contact area, also available in seal type.
In the electronics industry, temperature management of circuit boards affects product performance and reliability. In particular, managing temperature in areas that are difficult to measure accurately, such as near heat sources like CPUs and gaps between the circuit board and other components, is crucial. Low accuracy in temperature measurement can lead to product malfunctions or failures. Our sheet-type coated thermocouples accurately measure the temperature of circuit boards, contributing to improved product quality. 【Application Scenarios】 - CPU surfaces - Gaps between circuit boards and other components - Temperature testing of electronic devices 【Benefits of Implementation】 - Improved product quality through accurate temperature measurement - Reduced risk of failure - Optimization of temperature design in product development
