Triaxial Testing Machine - List of Manufacturers, Suppliers, Companies and Products

Triaxial Testing Machine Product List

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Pneumatic servo-type repeated triaxial testing machine (dynamic exclusive) [Compact design!]

A compact three-axis testing machine that is low-cost, requires less maintenance, and is more efficient compared to hydraulic servo types!

This device is a low-cost, easy-to-operate and maintain repetitive three-axis testing machine compared to hydraulic servo types. Its design is also compact, making it suitable for various installation locations. Additionally, it allows for control and data recording via a computer, enabling high-precision testing.

  • Other measuring instruments
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Repeated large-scale triaxial test

Compatible with test specimens up to 300mm in diameter! Tests for gravel, coarse-grained materials, and deep ground.

To accurately grasp the strength and deformation characteristics of ground composed of coarse-grained materials such as gravel, it is necessary to conduct tests using specimens of dimensions corresponding to the gravel diameter. The "Repeated Large Triaxial Testing Machine" has been developed to accommodate specimens up to 300mm in diameter. It also has the loading capacity to handle high-strength materials such as soft rocks. In this test, static strength and liquefaction strength, as well as repeated deformation characteristics, permeability coefficient, shear wave velocity, axial strain measurement using LDT, and Poisson's ratio constants can be obtained. 【Obtained Constants】 ■ Static Strength: C, φ ■ Liquefaction Strength: Rl ■ Repeated Deformation Characteristics: G~γ, h~γ ■ Permeability Coefficient: k15 ■ Shear Wave Velocity: Vs ■ Axial Strain Measurement using LDT: E, ε1 ■ Poisson's Ratio: ν *For more details, please refer to the PDF document or feel free to contact us.

  • Site and ground investigation
  • Geological Survey

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Repeated triaxial test

Tests necessary for liquefaction assessment and seismic response analysis! Measurement of P-wave and S-wave velocities using a bender element is also possible.

To conduct seismic design of structures rationally, it is necessary to accurately understand the properties of the ground directly beneath the foundation and the surrounding soil. In the "Repeated Triaxial Test," tests are conducted to obtain the constants necessary for determining soil liquefaction and to assess the repeated deformation characteristics of the ground required for seismic response analysis. Additionally, high-precision measurements of displacement using unsaturated liquefaction tests and LDT (local displacement transducer), as well as P-wave and S-wave velocity measurements using bender elements, are also possible. 【Obtained Constants (Partial)】 ■ Repeated Triaxial Test (Liquefaction Characteristics): R ■ Repeated Triaxial Test for Deformation Characteristics: G, H, γ ■ Static Triaxial Test: C, φ ■ Unsaturated Liquefaction Test: R ■ Axial Strain Measurement using LDT: E, ε1 *For more details, please refer to the PDF document or feel free to contact us.

  • Site and ground investigation
  • Geological Survey

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