We undertake the inspection and measurement of magnesium samples.
We undertake contracted testing and measurement using our own equipment to maintain and improve the quality of magnesium products.
The tests and measurements that can be performed on a contract basis are listed in the table below. If you are having trouble with tests or measurements, such as when tests cannot be performed in-house or when you cannot find a suitable testing facility outside the company, please feel free to contact us.
The tests and measurements that can be performed on a contract basis are listed in the table below. If you are having trouble with tests or measurements, such as when tests cannot be performed in-house or when you cannot find a suitable testing facility outside the company, please feel free to contact us.
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equipment name | Inspection and measurement details | Sample shape |
Tensile and Compression Testing Machine | Tensile test, compression test, bending test. Can be used at room temperature to high temperatures. | Flat plate and round bar (JIS test piece) |
Charpy impact test | Measurement of plasticity and toughness. The toughness and toughness of the sample are measured by hitting it with a hammer. | Flat plate (JIS test piece) |
Plane bending fatigue testing machine | Plane bending fatigue test: The specimen is repeatedly bent to measure its strength. | Flat plate (JIS test piece) |
Micro Vickers Hardness tester | The hardness is measured. | Cutting the sample from the material |
XRF/X-ray fluorescence analysis | Qualitative analysis of contained elements, etc. X-rays are irradiated onto the sample, and the content of the sample is measured based on the difference in the reflected wavelengths. | Flat plates, round bars Cutting the sample from the material |
XRD/X-ray diffraction device | Analysis of crystal and molecular structure, etc. When a sample is irradiated with X-rays, the diffraction that occurs as a result of the X-rays being scattered and interfered with by the electrons around the atoms is analyzed. | Cutting the sample from the material |
ICP/Optical emission analyzer | Quantitative and qualitative analysis of components. Quantitative and qualitative analysis of trace components in samples is performed using the wavelengths of the spectroscopic spectrum. | Collect chips from the material |
Solid-state luminescence analyzer | Quantitative analysis of contained elements (dedicated magnesium equipment). Quantitative analysis of contained elements in magnesium alloys. | Flat plates, round bars Cutting the sample from the material |
DSC/thermal analyzer | Thermal properties such as melting point investigation. Measure the melting point, recrystallization temperature, solidification temperature, etc. of materials. | Cutting the sample from the material |
Stereomicroscope | Observation of the material's structure. Macroscopic observation of the appearance. | - |
Optical microscope | Observation of material structure. Used for microscopic observation of crystalline structure (also available for high magnification measurements). | - |
Tensile and Compression Testing Machine
Plane bending fatigue testing machine
XRD/X-ray diffraction device
ICP/Optical emission analyzer
Optical microscope