Technical Data: Measurement Examples of High Thermal Conductivity Resins Using a Thermo Wave Analyzer
TA33/35
Introducing technical and price information on measurement examples of high thermal conductivity resins using a thermo-wave analyzer.
Graph the homogeneity of thermal conductivity of composite materials (resin/carbon)! We introduce technical and pricing information on high thermal conductivity resin measurement cases using Bethel's [Technical Data] ThermoWave Analyzer. Expected use cases: - Measurement of thermal conductivity anisotropy in the thickness direction and in-plane direction - Measurement of thermal conductivity distribution (TA35) - Measurement of thermal conductivity at varying temperatures (optional) - Measurement of thin, high thermal conductivity materials - Measurement of thermal conductivity for the development of heat dissipation materials Examples of measurement targets: - Semiconductor materials (SiC, GaN, GaO, diamond, etc.) - Electronic substrate circuit materials (glass epoxy, polyimide sheets, AlN, SiC, etc.) - Heat dissipation materials (graphite sheets, Al, Cu, diamond, etc.) - Composite materials (GFRP, CFRP, various TIMs, high thermal conductivity resins, etc.)
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basic information
If the diameter is 10mm or more, measurements can be taken even for irregular shapes. The thickness can be accommodated from several tens of micrometers to 2mm. The thermal diffusivity or thermal conductivity will be reported (please specify when requesting). Mapping measurements are possible. Measurements can be taken in both the thickness direction and the in-plane direction. Measurements can be performed on almost all solid materials, from resins to diamonds.
Price information
This is the price information for the requested measurement. For details, please check the price list or contact us.
Price range
P3
Delivery Time
P4
※We usually report in two weeks.
Applications/Examples of results
Thermal pads, thermally conductive resin for injection molding, CFRP, etc. In particular, it is suitable for measuring the thermal conductivity of composite materials. Of course, general materials can also be measured with high precision.
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Company information
Leveraging the assembly technology cultivated over many years, we have expanded our business areas to include the development of precision component assembly, thermal property measurement devices, contract measurement services, and the development of medical and dental plastic products equipped with clean rooms. We deepen and integrate our "original products" from a unique manufacturing perspective, consolidating our know-how and technology. With "speedy decision-making and execution," which is a strength unique to Bethel, we provide high-quality products under the "Made by BETHEL" label. Our wish at Bethel is for our customers who use Bethel products to be satisfied with our products, manufacturing, and services, and to feel that they made the right choice in trusting our company. Furthermore, we hope that the satisfaction of our customers will lead to the happiness of each employee who works here.
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![[Measurement Example] Measurement of Thermal Conductivity Distribution of Alumina Filler [TM3]](https://image.mono.ipros.com/public/product/image/730/2001216776/IPROS72093582379933309477.jpeg?w=280&h=280)
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![[Measurement Example] Measurement of Thermal Conductivity of Graphite Sheet [TA]](https://image.mono.ipros.com/public/product/image/da0/2001216783/IPROS98496070261623002735.jpeg?w=280&h=280)
