FSTX-200 Frozen Soil Triaxial System
The GCTS FSTX Frozen Soil Triaxial System uses advanced engineering to provide controlled testing conditions for the most precise results. This complete system also includes many accessories and software for a complete and accurate testing experience.
The GCTS Frozen Soil Triaxial System (FSTX-200) was designed to study the formation of gas hydrates within soil samples and to characterize the geomechanical properties and response of hydrate-laden soils and rocks found mainly within ocean sediments on the continental margins and embedded in regions of permafrost.
This equipment is capable of performing isotropic and anisotropic consolidation, UU, CD, and CU triaxial tests with volume change or pore pressure measurements, stress/strain path tests, K0 consolidation, cyclic loading including cyclic stress paths and other tests. This system is also capable of performing flexible-wall permeability tests. The FSTX system complies with ASTM D3999 and D5311 specifications.
The GCTS FSTX-200 uses a computer-controlled metering valve and internal copper vaporization coil for the precise control of test temperatures. It includes a pump for circulation of bath fluid that circulates inside the triaxial cell and one RTD that can be mounted in the top of the triaxial cell. Also included is an efficient cooling/heating device that allows for temperature control between –20oC and +150oC (optional cooling unit for –30oC) without requiring external Liquid Nitrogen (LN2). GCTS provides other necessary components, such as the gas delivery system, gas/water mixing tank, flow meters, and volume change devices, making the FSTX-200 a true “turn-key” system.
Please contact GCTS for full specifications.