Instrumentation

The V-Tech Point Load Index Tester is a precision-engineered instrument designed for rapid and reliable determination of the point load strength index of rock samples. This tester is ideal for geotechnical engineers, mining professionals, and research institutions conducting rock strength classification and field assessments.

Key Features:

• High accuracy and reliability for consistent strength index readings.
• Robust construction with durable materials to withstand harsh testing environments.
• User-friendly design with simple operation and a clear digital/analog readout.
• Versatile sample testing, accommodating core, irregular, and block samples.
• Portable and compact for easy transportation and field use.

The E.M. Apparatus is a laboratory device used to study the principles of electromagnetism, such as electromagnetic induction, magnetic fields, and current interactions. It is widely used in physics labs for demonstration and educational experiments.

Key Features

1. Demonstrates key electromagnetic principles

2. Includes coil, magnet, and conductor setups

3. Durable and insulated components

4. Compatible with power supply and measuring instruments

5. Ideal for physics labs and engineering education

6. Easy to assemble and operate for student use

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The Soil Permeability Tester is a high-precision instrument designed to measure the permeability of soil in laboratory and field conditions. It helps engineers, researchers, and geotechnical professionals assess the rate at which water passes through soil, a crucial factor in construction, agriculture, and environmental studies.

Key Features:

• Accurate Measurement: Provides reliable and consistent permeability readings.

• Durable Construction: Made from high-quality materials for long-term use.

• Versatile Application: Suitable for various soil types and testing environments.

• Easy Operation: User-friendly design with simple setup and operation.

• Compliant with Standards: Meets ASTM and ISO guidelines for soil permeability testing.

The Kelley Ball Penetration Apparatus is a reliable and efficient instrument used for measuring the consistency and workability of fresh concrete. It provides a rapid, simple alternative to the traditional slump test, delivering accurate penetration depth readings for quality control in construction projects.

Key Features:

• Robust Construction: Made from high-quality steel for durability and long-term use.
• Precision Measurement: Ensures accurate penetration depth readings for consistent concrete workability assessment.
• User-Friendly Operation: Simple and quick testing procedure requiring minimal effort.
• Portable Design: Compact and easy to transport for on-site testing.
• Standard Compliance: Designed as per industry standards to ensure reliable performance.

The Direct Shear Motorised Twelve Speed is a high-precision testing apparatus designed for soil mechanics and geotechnical engineering applications. Engineered for accuracy and reliability, this motorised direct shear machine allows for precise determination of soil shear strength under controlled conditions.

Key Features:

• Motorised Operation: Ensures smooth and consistent testing with minimal manual intervention.
• Twelve-Speed Mechanism: Offers a wide range of selectable strain rates for enhanced testing flexibility.
• Rigid Construction: Built with high-quality materials to ensure durability and stability.
• Advanced Control System: Provides precise speed adjustments to accommodate various testing requirements.
• Interchangeable Shear Boxes: Supports different sample sizes for diverse soil testing applications.
• User-Friendly Interface: Simple controls for efficient and accurate operation.

The Los Angeles Abrasion Testing Machine is a high-performance device designed to measure the resistance of aggregates such as crushed rock, slag, and gravel to abrasion and wear. It is widely used in civil engineering laboratories, construction industries, and quality control applications.

Key Features:

• Heavy-Duty Hollow Cylinder – Mounted horizontally on a sturdy steel frame with smooth ball bearings for stable operation.
• Dust-Tight Cover – Ensures safe and contamination-free testing by securely sealing the drum during operation.
• Internal Detachable Shelf – Extends along the drum’s length to efficiently catch the abrasive charge, preventing unnecessary wear.
• Powerful Electric Motor with Reduction Gear – Provides consistent and smooth rotation for accurate test results.
• Pre-Set Revolution Counter – Integrated for precise control and automatic shutoff at the required revolutions.
• High-Quality Abrasive Charge – Includes 12 hardened steel balls to simulate real-world aggregate wear conditions.
• User-Friendly Material Collection Tray – Conveniently collects tested materials at the end of the process for easy analysis.
• Durable & Corrosion-Resistant Construction – Designed for long-term use in tough testing environments.
• Compliant with International Standards – Ensures reliable and standardized testing procedures.

The ESCR (Environmental Stress Crack Resistance) Test Apparatus is a laboratory device used to evaluate the resistance of polymer materials, especially plastics, to environmental stress cracking. ESCR testing measures how well a plastic can withstand the combined effects of stress and exposure to certain environmental conditions, such as chemicals, temperature, or moisture. This test is particularly important in the quality control of materials used in demanding applications like piping, containers, automotive parts, and other products subjected to mechanical stress and harsh environments.

Key Features:

• Precise Stress Testing: The ESCR Test Apparatus subjects plastic specimens to a controlled mechanical stress while simultaneously exposing them to an environmental factor, such as a chemical solution or high humidity. This simulates real-world conditions that the material might face during its service life.

• Environmentally Controlled Chamber: The apparatus includes a chamber that controls environmental conditions, such as temperature and humidity, to simulate various stress factors that can cause cracking or material failure. Chemical solutions (such as detergents or oils) may also be used in the chamber to accelerate the testing process.

• Variable Load Application: The apparatus can apply different levels of mechanical stress to the plastic sample, which allows the user to evaluate how different loads impact the material’s resistance to stress cracking.

• Standardized Test Methods: The ESCR test typically follows internationally recognized standards such as ASTM D1693, ISO 22088, or DIN 53354, ensuring that results are consistent, reliable, and comparable across different laboratories and industries.

• Accurate Measurement and Observation: The ESCR Test Apparatus features a system for closely monitoring the test sample during the experiment. Some models come with digital readouts, while others include advanced sensors for measuring the extent of cracking or deformation that occurs over time.

• Automatic or Manual Operation: The device can be operated manually or automatically, depending on the model. Automatic systems may feature programmable cycles and data logging capabilities, allowing for hands-off operation and easy analysis of results.

• Safety Features: Built-in safety mechanisms, such as temperature regulation and pressure relief, ensure that the test is carried out safely. Many devices also have alarms for abnormal conditions, ensuring safe and reliable testing.

• Sample Preparation: Samples are often prepared in the form of small test pieces that are subjected to the environmental conditions under stress. The apparatus can accommodate various sample sizes and shapes, depending on the testing requirements.

The V-Tech Hydrostatic Pressure Apparatus is a high-precision experimental device designed to demonstrate and analyze the principles of hydrostatic pressure in fluids. Ideal for academic and research institutions, this apparatus enables students and professionals to study the relationship between liquid pressure, depth, and density in a controlled environment.

Key Features:

• Precision Measurement: Accurately determines hydrostatic pressure at varying depths using a clear, graduated measuring cylinder.
• High-Quality Construction: Made from durable, corrosion-resistant materials for long-term reliability.
• Transparent Viewing Tank: Allows easy observation of fluid behavior and pressure distribution.
• Adjustable Water Levels: Facilitates a wide range of experiments with adjustable depth settings.
• Easy-to-Use Drainage System: Quick and efficient water removal for seamless operation.

An Emissivity Measurement Apparatus is a specialized device used to determine the emissivity of materials. Emissivity is the measure of a material's ability to emit infrared energy (heat) relative to a perfect blackbody, which has an emissivity value of 1. The apparatus is essential in various scientific, engineering, and industrial applications, including thermography, material testing, and heat transfer studies.

Key Features:

• High Sensitivity: Capable of detecting low levels of emitted radiation, which is crucial for measuring the emissivity of materials with lower emissivity values.
• Wide Temperature Range: Many emissivity measurement devices offer a broad temperature range, from low-temperature materials to high-temperature industrial processes, to cover diverse applications.
• User-Friendly Interface: Designed with simple controls and an intuitive interface, the apparatus allows for quick operation and immediate readings, making it ideal for both lab environments and on-site testing.
• Non-Destructive: The measurement process is non-destructive, meaning it doesn’t alter or damage the material sample during testing, which is important for sensitive or valuable materials.

The Reynolds Number Apparatus is designed to demonstrate the transition between laminar and turbulent flow, helping users visualize the principles of fluid dynamics. It is an essential tool for students, researchers, and professionals studying fluid mechanics.

Key Features:

• Model: 40
• Automation Grade: Manual
• Material: High-quality transparent tube for clear flow observation
• Flow Visualization: Uses dye injection to study different flow regimes
• Measurement: Helps in determining Reynolds Number for various flow conditions
• Application: Ideal for laboratory experiments in universities and research institutions
• Operation: Simple and easy-to-use manual setup for effective demonstration

The Stripping Value Apparatus is a precision-engineered testing device designed to determine the stripping value of aggregates used in road construction. This apparatus helps evaluate the adhesion quality between aggregate surfaces and bitumen, ensuring the durability and longevity of pavements and asphalt layers.

Key Features:

• High-Quality Construction: Made from robust, corrosion-resistant materials for extended durability.

• Accurate Testing: Provides precise measurements to assess the stripping value effectively.

• Easy Operation: User-friendly design with clear markings and an intuitive interface.

• Standard Compliance: Conforms to industry standards such as IS:6241 for reliable and standardized testing.

• Portable Design: Compact and lightweight for convenient transport and on-site testing.

The Specific Gravity and Water Absorption Test for Aggregates is a crucial procedure used in civil engineering and construction to determine the density and porosity of coarse and fine aggregates. These parameters directly influence the strength, durability, and workability of concrete and asphalt mixtures.

Key Features:

• Accurate specific gravity measurement helps assess the quality and suitability of aggregates for construction.
• Water absorption analysis determines the moisture retention capacity of aggregates, which affects mix design and strength.
• Applicable to coarse and fine aggregates, including sand, gravel, and crushed stones.
• Compliance with ASTM C127, ASTM C128, and IS 2386 (Part 3) specifications.
• Essential for concrete mix design by providing critical data for optimizing cement-to-aggregate ratios.

An Electronic Pool Tester is a digital device used to quickly and accurately measure key water quality parameters in swimming pools and spas, such as chlorine, pH, and sometimes alkalinity or cyanuric acid, ensuring safe and balanced water for users.

Key Features:

1. Digital Accuracy – Provides fast and precise readings, reducing human error from color matching.

2. Multi-Parameter Testing – Measures chlorine, pH, and other vital water balance factors.

3. User-Friendly Interface – Simple button operation with easy-to-read digital display.

4. Portable Design – Compact and lightweight, ideal for both home and professional use.

5. Reusable Sensor System – Long-lasting sensors or reagents reduce recurring testing costs.

6. Battery Operated – Convenient for outdoor use without the need for external power.