Optical thermal expansion coefficient measurement device
DIL806, ODP868, HM867
Optical expansion measurement is an innovative and multifunctional technology that can measure expansion changes without coming into contact with the sample, not only at the softening point but also up to the melting point!
**Optical Dilatometer**: A device that can measure dimensional changes of a sample without contact between the measurement system and the sample. Unlike conventional push-rod dilatometers, experiments can be extended beyond the softening point. The typical sensitivity must be better than 1µm. **Heating Microscope**: A non-contact device that can analyze the entire image of a sample and the shape changes occurring within a defined temperature range. Experiments can be extended until melting occurs beyond the softening point. The typical sensitivity is in the range of 10µm. **Optical Fleximeter**: A non-contact device for studying the bending behavior of materials undergoing actual industrial firing cycles without applying load.
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basic information
■Specifications■ <DIL806 Non-contact Optical Thermal Expansion Measurement Device> Sample Length: 0.1–30 mm / Sample Height: 2–10 mm Dimension Change Resolution: 50 nm / Measurement Range: 29 mm Temperature Range: -170–700 ℃, Room Temperature–900 ℃, Room Temperature–1400 ℃ Atmosphere: Vacuum, Inert, Air <ODP 868 Optical Thermal Expansion Measurement Platform> Temperature Range: RT – 1,650 ℃ / Temperature Resolution: 0.2 ℃ / Heating Rate: 0.1 – 100 ℃/min Resolution: 3 ppm (when using ISO standard samples) / Sample Size: Maximum 85 mm Atmosphere: Air, Oxidizing, Reducing, Semi-inert <HM867 Heating Microscope> Number of Samples: 1 to a maximum of 8 (depending on sample size and operating mode) Temperature Range Room Temperature: – 1600 °C / Temperature Resolution: 0.2 °C Heating Rate: 0.1 – 80 °C/min, in Flash Mode 200 °C/sec Resolution: 5 ppm (standard sample) Sample Size: Maximum 19 mm (depending on operating mode) Atmosphere: Air, Oxidizing, Reducing, Semi-inert
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Applications/Examples of results
☆Non-contact measurement of sample dimensional changes is possible Linear thermal expansion, coefficient of thermal expansion (CTE), glass transition temperature (Tg), and thermal expansion softening temperature
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Download All Catalogs![[Poster] Optical Thermal Expansion Coefficient Measurement Device (DIL806, ODP868) and Heating Microscope (HM867)](https://image.mono.ipros.com/public/catalog/image/01/a76/498080/IPROS37836273210352346836.jpeg?w=120&h=170)
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Company information
TA Instruments Japan is a wholly-owned subsidiary of TA Instruments in Japan. We sell and provide maintenance support for thermal analysis, rheology, microcalorimeters, and mechanical analysis equipment, conduct demonstration measurements, and hold technical seminars, offering the latest information on materials and engaging in the development of measurement technologies for materials. 【Main Equipment Handled】 ☆ Thermal Analysis / Differential Scanning Calorimeter (DSC), Thermogravimetric Analyzer (TGA), Simultaneous Differential Thermal Analysis (SDT/TG-DTA), Vapor Adsorption/Desorption Analyzer (Q5000SA) ☆ Viscoelastic Measurement (Rheology) / Rotational Rheometer (DHR・ARES), Dynamic Mechanical Analyzer (RSA・DMA・EF3200), Rubber Testing Cure Meter (RPA) ☆ Microcalorimetry / Isothermal Titration Calorimeter (ITC), Microcalorimeter (NanoDSC), Isothermal Calorimeter (TAM) ☆ Thermal Property Measurement Equipment / Thermal Conductivity Meter (DTC・FOX), Thermal Diffusivity Meter (DLF, DXF), Thermal Expansion Meter (TMA, DIL), Optical Thermal Expansion Meter (ODP, HM) ☆ Fatigue Testing Machines / ElectroForce Series, BioDynamic Series