We used a K-type, 0.5mm OD thermocouple probe, and a customized sheath material. The sheath material has excellent properties such as high rebound recovery rate and resistance to bending deformation. The Elastic thermocouple probe adopts a special structural design for application.
Core parameter comparison
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Paramete
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MicroThermo® 0.5mm
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Conventional 1.0mm and above
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Diameter
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⌀0.5mm ±0.01mm
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≥⌀1.0mm
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Minimum bending radius
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3mm
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8mm
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Thermal response time
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T₉₀<0.3s
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0.8s
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|
Tensile strength
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1200MPa
|
600MPa
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Industry solutions
Precision industrial scenarios
Semiconductor manufacturing: temperature measurement of wafer etching cavity narrow slits (<1mm gap)
Micro bearing monitoring: real-time temperature measurement of the inner ring of the bearing during drilling
3D printing nozzle: anti-blocking point detection attached to the surface of the 0.6mm nozzle
High-end medical applications
Neurointerventional surgery: temperature monitoring of cerebrovascular stent release
Ophthalmic laser treatment: real-time temperature control integrated in the 27G vitrectomy head
Dental implantation: temperature protection of the dental pulp during root canal treatment
Based on our strong technical background and extensive industry applications in the field of industrial temperature measurement, we have successfully developed this MicroThermo® ultra-fine and strong rebound Elastic thermocouple probe, which is a reflection of our extensive accumulation in comprehensive pre-sales technical consultation, product selection guidance during sales, and after-sales technical support.
Our highly experienced sales and technical team can help you solve any difficulties and pain points in the field of industrial temperature measurement to ensure your leading position in your industry. We are committed to building a strong partnership with our customers and supporting you every step of the way.
For more information or to discuss how our products can benefit your business, we look forward to your information!
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