Triaxial Shear Apparatus

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MOQ : 1 Number

Triaxial Shear Apparatus Specification

Operating Pressure
Up to 10 kg/cm

Accessories Type
Pressure Gauge, Porous Stones, Rubber Gaskets, Pedestal, Loading Pad

Technology
Mechanical Plunger System with Load Frame

Features
Corrosion Resistant, Rigid Construction, Interchangeable Cells, Easy Sample Assembly

Machine Type
Bench Mounted

Surface Treatment
Powder Coated and Polished

Accuracy
0.5%

Control System
Manual / Digital Strain Control

Power Source
Manual or Electrical (for digital variant)

Type
Triaxial Shear Apparatus

Material
Mild Steel and Borosilicate Glass Cylinder

Application
Soil Mechanics Laboratory Testing

Triaxial Shear Apparatus Trade Information

Minimum Order Quantity
1 Number

Supply Ability
04 Per Month

Delivery Time
3-8 Week

About Triaxial Shear Apparatus

Triaxial Shear Apparatus

We have carved a special niche in both the domestic and international markets with our unmatched range of Triaxial Shear Apparatus. Designed to perfection at our state of art machining facility, these apparatuses are mainly used for measuring the mechanical properties of soil and granular materials. Low maintenance, study construction and easy operation are some of the main attributes of our Triaxial Shear Apparatus. Furthermore, we also offer these apparatus at an economical price.

Accurate Soil Testing for Research and Industry

Our triaxial shear apparatus delivers exceptional accuracy (0.5%) for soil analysis, accommodating varied sample sizes (38 mm to 100 mm) and supporting up to 50 kN of vertical load. It is designed for rigorous laboratory environments where reliable results are paramount for academic studies, industrial applications, and quality assurance in civil engineering.

Features Designed for Efficiency and Safety

Equipped with interchangeable cells and clear cylinder walls for real-time observation, this apparatus streamlines the testing process. Safety is assured with a pressure relief valve, while corrosion-resistant construction offers longevity. Accessories suppliedincluding trimming tools, compaction equipment, porous stones, rubber gaskets, pedestals, and loading padsaid in seamless setup and operation.

Compliance and Precision Engineering

Built to meet Indian and international standards such as IS: 2720 (Part XII) and ASTM D2850/D4767, the equipment undergoes surface treatment for durability and employs mild steel alongside borosilicate glass. Whether operated manually or with an electrical digital control system, it provides consistent and reproducible test results for soil characterization.

FAQs of Triaxial Shear Apparatus:

Q: How does the triaxial shear apparatus ensure accurate soil testing results?

A: The apparatus incorporates a mechanical plunger system with a robust load frame and precision strain control (manual or digital), achieving an accuracy of 0.5%. It is equipped with pressure gauges and clear observation cylinders, ensuring meticulous test conditions in soil mechanics experiments.

Q: What is the process for preparing soil samples for testing in this apparatus?

A: Sample preparation involves using included trimming tools and compaction equipment to shape the specimen to the required diameter (38 mm to 100 mm). Accessories such as porous stones, rubber gaskets, and pedestals are provided to ensure correct assembly before subjecting the sample to load.

Q: When should I use this apparatus in laboratory settings?

A: The triaxial shear apparatus is ideal for soil mechanics laboratories when detailed soil behavior analysis under controlled conditions is required, such as in geotechnical engineering studies, quality control, and research projects adhering to IS: 2720 and ASTM standards.

Q: Where can this apparatus be installed and operated?

A: Designed as a bench-mounted machine, it can be installed in any suitably equipped soil mechanics laboratory. Its relatively compact assembly (approx. 45 kg) allows convenient placement and easy integration into standard lab workspaces.

Q: What safety mechanisms are included during operation?

A: Safety features consist of a pressure relief valve to prevent over-pressurization and a transparent borosilicate glass cylinder for direct observation and enhanced operator security during tests.

Q: What are the benefits of using interchangeable cells and corrosion-resistant construction?

A: Interchangeable cells allow testing a range of different sample sizes efficiently, while the corrosion-resistant, powder-coated, and polished surfaces ensure longevity and reduced maintenance over time, making the apparatus reliable and cost-effective.

Q: How is the control system operated: manually or digitally?

A: The triaxial shear apparatus offers both manual and digital strain control, enabling operators to select the most suitable option for their testing requirements. The digital variant may also run on electrical power, delivering enhanced precision and data acquisition.

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