Description

The Direct Shear Apparatus is a precision geotechnical testing instrument designed to determine the shear strength parameters of soil, such as cohesion and the angle of internal friction. It performs controlled shear testing on soil specimens under applied normal loads, making it essential for evaluating soil stability in construction and foundation projects.

Manufactured with a rigid loading frame, smooth gear mechanism, and accurate measurement systems, this apparatus ensures consistent and reliable test results. It is widely used in soil mechanics laboratories, civil engineering research, and geotechnical quality control.

Available in both manual and motorized models, the Direct Shear Apparatus conforms to international testing standards, providing high accuracy, ease of use, and long-term durability.

Key Features

• Accurate determination of soil shear strength properties

• Smooth and precise loading system for controlled shear movement

• Rigid and stable frame ensures vibration-free testing

• Suitable for drained and undrained shear tests

• Stainless steel shear box with interchangeable sizes

• Manual and motorized models available

• Conforms to ASTM & IS standards

Applications

• Foundation and embankment design

• Slope stability and retaining structure analysis

• Geotechnical and soil investigation studies

• Civil engineering quality control and research labs