High-speed response thermocouples (ultra-fine, ultra-thin, ultra-fine thin thermocouples, special thermocouples)
Ultra-fine thermocouples, ultra-thin thermocouples, ultra-fine thin thermocouples, heat-resistant thermocouples, special thermocouples, general-purpose thermocouples.
High-response thermocouple with a minimum thickness of 13μm, emphasizing responsiveness.
Before the existence of ultra-fine thermocouples and ultra-thin thermocouples, our company developed them for the first time based on our unique concept and proprietary welding technology. Their high responsiveness and accurate temperature measurement have already received high praise. We have also developed ultra-fine thin thermocouples, heat-resistant thermocouples, and are producing other special thermocouples as well.
Inquire About This Product
basic information
It is characterized by its ability to accurately capture instantaneous temperature changes. If you could consult with us about the purposes and how you would like to use it at your company, we can also propose recommended special specification thermocouples. We mainly sell K-type thermocouples.
Delivery Time
P2
※It varies depending on the quantity and stock status.
Applications/Examples of results
Temperature measurement can be directly attached to electronic components, mounting boards, wafers, and more. Our thermocouples are also used for temperature measurement in the atmosphere of reflow ovens (air, nitrogen, etc.), on paper surfaces, in coatings, in space development projects, and for fine components.
catalog(3)
Download All CatalogsCompany information
Our company specializes in manufacturing and selling ultra-fast response thermocouples, among the fastest in the world. We produce thermocouples as thin as 13 μm in diameter and also offer thicker ones with a diameter of 320 μm. Additionally, we manufacture sheet-type ultra-thin thermocouples, as well as thermocouples suitable for surface temperature measurement. We carefully propose solutions tailored to each customer's individual needs. If you are unsure about how to choose a thermocouple model, please feel free to contact us.