DEFLECTIONS OF BEAMS APPARATUS AZA1339
The AZA1339 Deflections of Beams Apparatus is a comprehensive experimental setup designed to study the deflection characteristics of beams under various loading and support conditions. This apparatus is an essential teaching and research tool for Strength of Materials, Structural Mechanics, and Civil & Mechanical Engineering laboratories.
It enables students and engineers to experimentally verify fundamental beam theory, including simply supported beams, point loading, distributed loading effects, and reaction forces. The apparatus allows precise measurement of beam deflection and reactions, making it ideal for both academic instruction and advanced laboratory demonstrations.
DENSITY BASKET AZA0978
Key Features
- Used for specific gravity and water absorption tests
- Made from high-quality stainless steel mesh
- Equipped with a strong welded suspension hook
- Corrosion-resistant, rust-free and long-lasting
- Smooth welded edges to prevent sample damage
- Standardized mesh aperture for proper water flow
DENSITY BOTTLE (GAY-LUSSAC TYPE) AZA0884
Standards Compliance
- ASTM D854 – Standard Test Methods for Specific Gravity of Soil Solids by Water Pycnometer
- BS 1377-2 – Methods of Test for Soils for Civil Engineering Purposes (Classification Tests)
DENSITY METER AZA0969
The AZA0969 Digital Density Meter from AZA Lab is a high-precision analytical instrument designed for the accurate determination of density, relative density, and API gravity of liquids, petroleum products, and crude oils. The instrument is manufactured in accordance with ASTM D4052 and ASTM D5002, utilizing advanced digital oscillating U-tube technology to deliver fast, repeatable, and highly reliable results.
Density is a critical physical property for characterizing petroleum fractions, fuels, chemicals, and process fluids. The AZA0969 provides exceptional accuracy across a wide measuring range, making it an ideal solution for petroleum laboratories, refineries, inspection agencies, chemical plants, and quality control laboratories.
DENSITY OF FRESH AND HARDENED CONCRETE AZA1132
Key Benefits
- Dual-Purpose Instrument: Tests both fresh and hardened concrete
- High Accuracy: Provides precise results using weight–volume and displacement methods
- Standards Compliant: Meets IS 1199 and ASTM C642 testing guidelines
- Durable Construction: Built from corrosion-resistant materials for long-term use
- Field-Ready: Lightweight, portable, and suitable for lab and on-site applications
- Easy Maintenance: Simple to clean, assemble, and operate
DESICCATORS AZA1266
A desiccator is an essential laboratory container used for dry storage and protection of hygroscopic materials from atmospheric moisture. Our desiccators are designed to offer airtight sealing, durability, and resistance to chemical reactions.
Whether you're storing anhydrous chemicals, moisture-sensitive reagents, or conducting vacuum drying, our desiccators are built for consistent, high-performance usage.
DEVEL ATTRITION TESTER AZA0989
Key Applications
- Road and highway material testing
- Railway ballast quality assessment
- Concrete mix design durability testing
- Civil engineering research & academic laboratories
DIAL GAUGE AZA1076
A Dial Gauge, also known as a Dial Indicator or Dial Test Indicator, is a precision mechanical measuring instrument used to detect and measure small linear displacements, deviations, and alignment errors. It is an indispensable tool in precision engineering, laboratories, workshops, QA departments, and manufacturing environments where accuracy and repeatability are critical.
The AZA1076 Dial Gauge from AZALAB is engineered to deliver reliable, high-resolution analog readings without the need for batteries or electronic components. Its finely graduated dial and smooth spindle mechanism allow users to quickly identify dimensional variations with confidence.
DIAL THERMOMETER AZA1071
Dial Thermometers are robust, mechanical temperature-measuring instruments designed for laboratory, industrial, HVAC, pharmaceutical, and food safety applications. The AZA1071 Dial Thermometers from AZALAB provide accurate, real-time temperature readings through an easy-to-read analog dial—without requiring batteries or external power sources.
Built for durability and long service life, AZA1071 dial thermometers utilize bimetallic strip technology or gas-actuated systems, ensuring consistent performance even in harsh operating environments. These instruments are ideal for continuous temperature monitoring where reliability and simplicity are essential.
DIGITAL DIAL GAUGE AZA1077
A Digital Dial Gauge is a high-precision electronic measuring instrument designed to accurately measure linear displacement, deflection, runout, and dimensional variation with a clear numerical LCD display. By eliminating manual dial interpretation and parallax errors, digital dial gauges provide faster, more reliable, and highly repeatable measurements, making them ideal for professional applications.
The AZA1077 Digital Dial Gauge by AZALAB is engineered for use in quality assurance, laboratories, machining centers, workshops, and geotechnical testing setups, where precision and efficiency are critical.
DIGITAL DIRECT / RESIDUAL/ SHEAR APPARATUS AZA0900
The AZA0900 Digital Direct / Residual Shear Apparatus is a high-precision geotechnical testing instrument designed for comprehensive evaluation of soil shear strength parameters, including both peak and residual conditions. This advanced, motorised and digitally integrated system is ideal for laboratories requiring accurate determination of cohesion (c) and angle of internal friction (φ) for design and analysis of foundations, retaining structures, pavements, and slope stability projects.
Unlike conventional direct shear machines, the AZA0900 is specifically engineered to perform residual shear testing, enabling the assessment of long-term soil behavior after large shear deformations. This capability is critical for the analysis of landslides, reactivated slopes, and pre-failed soil masses, where residual strength governs stability rather than peak strength.