Our Square Shape Sieves are designed for accurate particle size analysis in laboratories and field testing applications. Manufactured with high-quality stainless steel or mild steel frames, these sieves ensure durability, stability, and long-lasting performance. The square mesh openings provide efficient separation and uniform screening of soil, aggregates, sand, cement, chemicals, and various granular materials.

These sieves are widely used in construction material testing, geotechnical engineering, and industrial quality control. Their rigid construction and precise mesh calibration ensure reliable and repeatable results, making them an essential tool for any material testing setup.

Key Features

• High-quality stainless steel or mild steel frame

• Precisely calibrated square mesh openings

• Ideal for soil, aggregate & material size analysis

• Durable construction for long-term laboratory and field use

• Available in multiple mesh sizes to suit different testing needs

• Smooth edges for safe handling

• Ensures accurate and consistent particle separation

This portable and user-friendly instrument stores data automatically with GPS coordinates, enabling efficient field analysis and reporting. The robust construction and ergonomic design make it suitable for tough site conditions. Ideal for soil scientists, agronomists, researchers, and civil engineers, the Penetrologger ensures reliable and consistent results that support informed land and construction decisions.

Boost your soil investigation efficiency with the Penetrologger Standard Set — where technology meets field performance.

Key Features

• Digital measurement of soil penetration resistance

• Built-in GPS for accurate location tracking

• Portable and lightweight design for field operations

• Large data storage capacity with user-friendly interface

• Robust stainless-steel cone and rod assembly

• Suitable for various soil types and environmental conditions

• Ideal for agriculture, geotechnical, and research applications

Applications

• Soil compaction assessment

• Land suitability & crop management studies

• Foundation planning and construction projects

• Forestry and environmental impact surveys

• Field-based geotechnical investigations

The Static Plate Load Tester is an essential field-testing instrument used to determine the bearing capacity and settlement characteristics of soil and pavement foundations. Trusted in geotechnical and civil engineering projects, this tester provides accurate measurements to evaluate the suitability and stability of subgrade layers before construction.

Designed for rugged field environments, our Static Plate Load Tester features strong steel plates, a hydraulic loading system, and a high-precision dial gauge or digital displacement measurement setup. It ensures consistent loading and reliable readings, helping engineers assess soil deformation under incremental loads to aid in foundation design and ground improvement decisions.

Key Features

• Accurate assessment of soil bearing capacity & settlement behavior

• Robust frame & plate design for field durability

• Hydraulic loading mechanism for controlled load application

• High-precision dial gauges / digital sensors for displacement measurement

• Suitable for granular and cohesive soil testing

• Standardized plate sizes available

• Portable and easy to operate on construction sites

Applications

• Soil subgrade evaluation in road & highway projects

• Foundation design for buildings and structures

• Airport pavements & industrial floors

• Ground improvement validation

• Geotechnical site investigation works

The Mud Balance is a highly precise instrument used to measure the density of drilling fluids, cement slurry, and other suspensions in the oil & gas, mining, and geotechnical industries. It ensures proper weight and consistency of drilling mud to maintain wellbore stability and prevent formation damage.

Constructed with a rugged metallic balance arm, stainless-steel knife edges, and a graduated beam, this device guarantees reliable performance even in harsh field environments. The calibration settings allow the operator to achieve repeatable and accurate density readings. It conforms to recognized international standards such as API RP 13B-1 / API RP 13B-2.

Supplied with a carrying case, it is easy to handle, transport, and operate on remote drilling sites and laboratory setups.

Key Features:

• Wide density range measurement with high accuracy

• Durable and corrosion-resistant construction

• Easy calibration and simple field operation

• Leak-proof sample chamber

• Comes with a portable carrying case

• Complies with API testing standards

Applications:

• Density measurement of drilling mud

• Oil & gas well drilling operations

• Geotechnical site investigations

• Cement slurry and industrial fluid testing

• Laboratory research and QC testing

Measurement Range:

Typically from 0.7 to 2.8 g/cc (or as per model specifications)

Engineered with a robust body and corrosion-resistant materials, the Hoek Triaxial Cell ensures safe and reliable testing at high confining pressures. Its innovative design allows rapid assembly and disassembly of rock samples, reducing downtime and enhancing lab productivity. Compatible with various loading frames and pressure systems, it supports a wide range of sample sizes for versatile testing requirements.

Ideal for evaluating rock stability, slope safety, underground excavation design, and support system planning, this triaxial cell is an essential tool for advanced rock mechanics analysis.

Key Features

• High-strength, corrosion-resistant construction

• Suitable for high confining pressures and axial loads

• Quick and easy sample setup and removal

• Supports multiple rock specimen sizes

• Accurate measurement of stress–strain behavior

• Compatible with standard servo loading frames

• Leak-proof sealing for high-pressure performance

• Compliant with international rock testing standards

Technical Specifications (Editable as per your model)

• Sample Diameter Range: 38 mm – 100 mm (or custom)

• Confining Pressure: Up to [Add specific pressure rating]

• Material: High-grade stainless steel / alloy

• Accessories: Loading caps, platens, seals, pressure connections

Applications

• Underground mining & tunneling project design

• Rock slope stability analysis

• Foundation & support structure evaluation

• Research in rock mechanics and geotechnical engineering

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