We will test the strength, toughness, and fatigue properties of metal materials and composite materials from low to high temperatures.
In "Mechanical Testing," we test the strength, toughness, and fatigue characteristics of metallic materials and composite materials from low to high temperatures. Various tests are conducted based on their objectives and various domestic and international standards and criteria. By selecting more objective testing methods, we derive reliable data. We also focus on enhancing our facilities, such as fatigue testing machines. 【Tests】 ○ Tensile tests, hardness tests, fatigue tests ○ Rotating bending fatigue tests ○ Fracture toughness tests ○ Fatigue crack growth tests ○ Creep tests, stress rupture tests For more details, please contact us or download the catalog.
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basic information
【Testing】 ○ Tensile Test → A test to evaluate the strength and ductility characteristics of materials. → Strain measurement using a non-contact extensometer and strain distribution measurement using DIC (Digital Image Correlation). ○ Fatigue Test → Conducting highly reproducible fatigue tests using MTS fatigue testing machines with high precision control and high axial alignment, along with testing know-how. → Capable of performing low-cycle fatigue, high-cycle fatigue, and TMF (Thermal Mechanical Fatigue) tests. ○ Fracture Toughness Test → Fracture toughness evaluation based on ASTM E399 and ASTM E1820 conducted in environments ranging from -100°C to 800°C. ○ Fatigue Crack Growth Test → Crack growth test evaluation in accordance with ASTM E647 is possible. → Specimen shapes can accommodate CT, MT, and SEN configurations. → In high-temperature tests, crack length measurement and K-value control are possible using MTS and FTA systems. ○ Creep Test and Stress Rupture Test → Creep Test: Measuring the relationship between elongation and time with an extensometer attached. → Creep Rupture Test: Measuring the lifespan until fracture and the elongation and reduction after fracture, regardless of the rate of elongation. ○ Other Tests → Hardness Test → Charpy Impact Test (100J to 500J) → Rotating Bending Fatigue Test ● For more details, please contact us or download the catalog.
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Company information
Kiguchi Technics has been engaged in various testing operations, centered around processing technologies such as cutting, grinding, and polishing of the exceptionally strong Yasugi steel, which is said to be of the highest quality in the world. In addition to over 45 years of accumulated technical know-how, we have also actively introduced equipment, resulting in a level of sophistication that far exceeds the scale image of our company. We believe in moving toward the future with a constant spirit of challenge, without becoming complacent in our current stable management foundation. We look forward to showing visitors different aspects of our equipment when they return for a factory tour, as we continue to evolve.