Designed as per IS and ASTM testing standards, the Shrinkage Limit Apparatus includes a porcelain evaporating dish, shrinkage dish, glass cup, graduated cylinder, and mercury or water replacement tools. With its durable construction and precision measurement components, it ensures consistent, repeatable, and reliable results in soil mechanics laboratories.

Ideal for geotechnical engineers, material testing labs, academic institutions, and construction quality control teams, this apparatus is essential for understanding soil shrinkage properties and predicting potential settlement or cracking in clay-rich soils.

Key Features

• Accurately determines shrinkage limit and volume change of cohesive soils

• Supplied with shrinkage dish, evaporating dish, glass cup & measurement accessories

• Conforms to international testing standards (IS/ASTM)

• Durable and corrosion-resistant components for long-term use

• Essential for soil classification and geotechnical analysis

• Ensures reliable and repeatable laboratory test results

• Easy to use, maintain, and handle

The Advanced Hoek Triaxial Cell is engineered for accurate and high-pressure triaxial testing of rock specimens to evaluate their shear strength, deformation characteristics, stress–strain behavior, and failure patterns. Designed for advanced rock mechanics studies in mining, tunneling, slope stability, and underground excavation projects, this triaxial cell ensures reliable performance under extreme loading and confining conditions.

Built using high-strength, corrosion-resistant alloy materials, the cell ensures leak-proof operation at elevated pressures. Its upgraded internal configuration allows uniform stress distribution on the rock specimen, ensuring precise and repeatable results. The quick assembly mechanism enables efficient specimen setup, minimizing downtime in laboratory workflows.

Compatible with servo-controlled loading frames and digital data acquisition systems, this Advanced Hoek Triaxial Cell supports multiple specimen diameters, making it the ideal choice for modern geomechanical laboratories.

Key Features

• High-pressure capability for advanced rock testing

• Precision design ensures uniform axial & confining stress distribution

• Corrosion-resistant and robust construction for long life

• Quick-loading mechanism for faster specimen mounting

• Leakage-free sealing system for accurate pressure control

• Supports different sample sizes

• Integration-ready with digital loading & measurement systems

• Complies with ISRM and international rock testing standards

Technical Specifications (Editable to your product)

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

• Confining Pressure Capacity: Up to [Add Pressure Rating]

• Axial Load Compatibility: Based on selected loading frame

• Material: Stainless steel / high-strength alloy

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

Applications

• Rock mechanics research & testing

• Mining and tunneling design analysis

• Rock slope stability evaluation

• Foundation & underground structure assessment

• Quality control in rock testing labs

Complete with graduated cylinders, weighted foot assembly, corks, irrigation tube, and other essential accessories, the Sand Equivalent Apparatus ensures efficient and repeatable testing as per global standards. Its durable components and user-friendly design provide maximum reliability for routine material testing applications.

Whether used in field labs or controlled laboratory environments, this apparatus helps engineers and technicians make informed decisions to maintain compliance with construction standards and project performance requirements.

Key Features

• Accurate assessment of sand cleanliness and clay content

• Complete set with high-quality and durable components

• Easy-to-read graduated cylinders for precise observation

• Suitable for lab and field aggregate testing

• Conforms to ASTM D2419, AASHTO T176 & international standards

• Ideal for quality control of concrete & asphalt aggregates

Applications

• Road & highway material testing

• Concrete and asphalt mix design

• Fine aggregate quality evaluation

• Civil engineering & geotechnical laboratories

Designed for smooth and consistent oscillation, the Sand Equivalent Shaker ensures uniform test results as per standard testing methods. Its sturdy construction, vibration-free operation, and easy handling make it an essential tool for evaluating aggregate suitability in concrete, asphalt, and road base applications.

Built for long-term performance, the shaker complies with international test standards and guarantees accurate repeatable results in every testing cycle.

Key Features

• Efficient mechanical oscillation for consistent test performance

• Rigid and durable body suitable for continuous lab use

• Easy clamping mechanism for secure cylinder placement

• Ensures reliable sand equivalent value determination

• Conforms to ASTM D2419, AASHTO T176 & equivalent standards

• Low maintenance design with smooth operation

Applications

• Aggregate cleanliness testing

• Road and highway construction materials evaluation

• Concrete and asphalt production quality control

• Civil engineering and geotechnical research labs

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

The machine is equipped with an adjustable feed mechanism, stable base support, and diamond core bits that allow clean, accurate, and smooth core extraction without damaging sample integrity. It is an essential tool for geotechnical engineering, construction quality testing, and civil engineering research.

Easy to operate and engineered for durability, this Core Drilling Machine provides consistent results and long-term service even in heavy-duty working environments.

Key Features

• High-strength drilling motor for fast and smooth performance

• Accurate core extraction from concrete, stones & soil layers

• Stable and rigid frame construction for vibration-free drilling

• Adjustable drilling angle and depth for versatile operations

• Compatible with various diamond core bits

• Portable design for field and laboratory use

• Low maintenance with durable components

Applications

• Concrete core sampling for strength & quality testing

• Geological and geotechnical exploration

• Construction site drilling and inspection

• Rock and soil investigation studies

Manufactured with corrosion-resistant materials and built according to ASTM C232 / IS 9103 standards, this apparatus is ideal for both on-site and laboratory testing. It provides accurate measurement, easy operation, and repeatable results, making it an essential instrument for quality control in civil engineering applications.

Key Features

• Measures bleeding water content in fresh concrete

• Stainless steel components for long service durability

• Transparent graduated cylinder for precise water measurement

• Conforms to international standards: ASTM C232, IS 9103

• Suitable for field and laboratory use

• Ensures quality in concrete mix design and construction work

Applications

• Concrete quality control laboratories

• Construction material testing

• Mix proportion design evaluation

• Research & educational institutions

• Precast concrete manufacturing