Triaxial Shear Test Apparatus

Price 100000 INR/ Unit

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MOQ : 1 Unit

Triaxial Shear Test Apparatus Specification

Rotation
Manual

Model
Standard Triaxial Apparatus

Product Type
Triaxial Shear Test Apparatus

General Use
Soil Testing/Shear Strength Determination

Material
Stainless Steel, Mild Steel

Type
Mechanical/Analog

Capacity
Typically upto 10 tons

Weight (kg)
50-60 kg approx.

Computerized
No

Automatic
No

CNC Or Not
Not CNC

Control System
Manual/Analog

Floor Space
Approx. 600mm x 500mm

WorkingSpeed
Variable as manually set

Spindle Speed
Manual Operation

Power
Single phase, 220-240V

Voltage
220-240V

Dimension (L*W*H)
600mm x 500mm x 800mm approx.

Feature
Corrosion Resistant, Heavy Duty Frame

Color
Blue/Silver

Maximum Vertical Load
50 kN

Water Reservoir
Supplied for cell pressure application

Measurement System
Load measurement using a proving ring

Maximum Lateral Pressure
Up to 10 kg/cm²

Pore Pressure Measurement
Optional, attachment available

Safety Features
Pressure relief valve

Chamber Material
Perspex transparent chamber for specimen observation

Cell Pressure Application
Mechanical hydraulic piston

Displacement Measurement
0-25 mm

Accessories
Includes rubber gaskets, split collars, loading pads, test tubes

Specimen Loading Method
Strain-controlled or stress-controlled (manual adjustment)

Operation Mode
Bench top, manual operation

About Triaxial Shear Test Apparatus

The Triaxial Shear Test Apparatus sets a new standard for soil testing, with an affordable price point and favorable reviews from industry professionals. It is highlighted by robust and polished construction using stainless and mild steel, ensuring a potent performance for precise shear strength determination. Wondrous optional pore pressure measurement elevates versatility, while safety features like a pressure relief valve maximize operational security. The strain- or stress-controlled system, aided by a mechanical hydraulic piston and transparent Perspex chamber, allows detailed specimen observation. Accessories such as rubber gaskets and split collars support reliable analysis. Ideal for manufacturers, suppliers, and traders in India seeking dependable results.

Versatile Usage & Advanced Features for Soil Testing

The Triaxial Shear Test Apparatus is widely used in geotechnical laboratories for analyzing soil stability and strength. Its extra features, such as strain-controlled and stress-controlled specimen loading, make it highly adaptable. The transparent chamber allows easy specimen observation, while corrosion-resistant components ensure longevity. Its advantage lies in versatile displacement measurement and potent testing capabilities, making it favored for academic, industrial, and project applications.

Export Markets, Supply Ability & Packaging Excellence

The Triaxial Shear Test Apparatus is routinely shipped to major export markets, including Asia, Africa, and the Middle East, with supply ability tailored to bulk and small orders alike. Each unit is carefully packaged for protection and promptly handed over to clients at the lowest price point. Dealers, distributors, and wholesalers across India benefit from efficient logistics and flexible supply, meeting diverse market demands.

FAQs of Triaxial Shear Test Apparatus:

Q: How does the specimen loading process work in the Triaxial Shear Test Apparatus?

A: The apparatus offers both strain-controlled and stress-controlled specimen loading, which can be manually adjusted depending on the desired testing methodology for soil stability analysis.

Q: What measurement systems are included with this apparatus?

A: Load measurement is achieved using a reliable proving ring. Optional pore pressure measurement attachments are available for enhanced testing capabilities.

Q: When is pore pressure measurement recommended for use?

A: Pore pressure measurement is advised when analyzing soils with potential water content influences, providing more comprehensive data during shear strength determination tests.

Q: Where can I observe the specimen during the test?

A: Observation is straightforward through the Perspex transparent chamber, allowing real-time monitoring of specimen behavior throughout the test process.

Q: What are the benefits of the corrosion-resistant and heavy-duty frame?

A: These features offer increased apparatus durability, reduced maintenance needs, and reliable performance, even under frequent usage and challenging testing environments.

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