Triaxial-Shear Test Apparatus

Product Details

The Triaxial Testing Apparatus is designed for testing 38 mm diameter soil specimens under controlled loading and pressure conditions and is suitable for determining the stress–strain and shear strength characteristics of soils. The system is provided with a robust loading frame having three selectable loading speeds of 1.25 mm/min, 1.5 mm/min, and 2.5 mm/min for controlled axial loading of the specimen. A 500 kg capacity load cell is provided for accurate measurement of axial load, while a precision LVDT is incorporated for measuring linear/axial displacement of the specimen during testing. A pressure sensor is provided for accurate measurement of pore-water pressure. The apparatus includes a complete triaxial cell suitable for 38 mm diameter soil specimens, supplied with all necessary accessories and designed to withstand a pressure of up to 10 kg/cm². A foot pump with lateral pressure assembly, having a capacity of up to 10 kg/cm², is provided for applying and controlling the required cell/confining pressure. The system is also equipped with a Bishop-type hand-operated pore-water pressure measurement assembly for manual measurement of pore-water pressure during the test. The complete arrangement provides controlled application of axial load and lateral pressure along with accurate measurement of axial load, displacement, and pore-water pressure, making it suitable for reliable and repeatable triaxial testing of 38 mm diameter soil specimens.The Triaxial Shear Test Apparatus is an essential tool for conducting accurate and reliable soil mechanics tests. This apparatus allows for the precise measurement of shear strength parameters under different confining pressures, helping engineers and researchers make informed decisions in the field of geotechnical engineering.Designed for high-performance testing, the Triaxial Shear Test Apparatus offers unparalleled precision and control when determining the shear strength of soil samples. Its robust construction and user-friendly interface make it a valuable asset for laboratories and academic institutions looking to explore the mechanical behavior of soils under various stress conditions.