RAPID MOISTURE METER AZA0874

The AZA0874 Rapid Moisture Meter from Azalab is a compact, reliable, and field-proven instrument designed for quick determination of moisture content in soils, aggregates, sand, and other granular or fine materials. It is especially suited for on-site quality control in civil engineering, road construction, earthwork compaction, and geotechnical investigations, where timely moisture data is critical for effective decision-making.

Based on the well-established calcium carbide gas pressure method, the AZA0874 delivers accurate results within minutes, eliminating delays associated with laboratory oven-drying methods. Its portable, self-contained design makes it ideal for use at remote and demanding job sites.

Re-Sharpening Machine AZA1197

The AZA LAB Re-Sharpening Machine  Model AZA1197 is a compact, high-precision solution designed for accurate re-sharpening of HSS and carbide drill bits. Engineered to extend tool life and restore cutting efficiency, AZA1197 delivers consistent grinding results with simple operation, making it ideal for workshops, tool rooms, and maintenance departments.

With support for multiple drill diameters and adjustable point angles, this machine improves productivity while reducing tooling costs and downtime

REFLUX EXTRACTOR 4000 GMS AZA0941

The AZA0941 Reflux Extractor 4000 GMS from Azalab is a high-efficiency laboratory apparatus designed for the quantitative determination of bitumen content in asphalt paving mixtures using the reflux extraction method. Engineered for large sample capacities up to 4000 grams, the AZA0941 is an essential instrument for civil engineering laboratories, road construction quality control, and materials testing facilities.

By ensuring accurate separation of bitumen binder from aggregates, the AZA0941 helps verify compliance with asphalt mix design specifications, directly contributing to durable, high-performance pavement construction.

REFRIGERATED DUCTILITY TEST AZA0957

The AZA0957 Refrigerated Ductility Testing Apparatus from AZALAB is a specialized laboratory instrument designed to determine the ductility of asphalt binders and bituminous materials at low temperatures. This test is critically important for evaluating the performance of asphalt pavements in cold and variable climatic conditions, where thermal contraction can lead to cracking and premature pavement failure.

Ductility, defined as the distance a bituminous binder can be stretched under tensile stress before rupture, is a key indicator of binder flexibility. At low temperatures, asphalt binders become increasingly stiff and brittle. The AZA0957 enables engineers and material technologists to accurately assess a binder’s resistance to thermal cracking, ensuring the selection of materials suitable for cold climates and long-term pavement durability.

Reid Vapor Pressure Tester AZA1321

The AZA1321 Reid Vapor Pressure Tester is a high-precision laboratory instrument engineered for the accurate determination of vapor pressure of gasoline, volatile crude oils, and other light petroleum products. It delivers fast, stable, and repeatable results, making it an essential tool for fuel quality evaluation, storage safety, and refinery quality control. Key Features
  • Floor-Standing Design with stainless-steel working table for strength and easy operation
  • Digital Temperature Controller for precise and uniform water bath heating
  • Dual High-Accuracy Pressure Gauges for reliable internal pressure readings
  • Dual Vapor Bombs for simultaneous testing and increased productivity
  • Rugged Construction for long-term laboratory and industrial use

RELATIVE DENSITY TEST AZA0886

The AZA0886 Relative Density Test Apparatus from Azalab is a precision-engineered geotechnical testing system designed to determine the relative density (density index) of cohesionless, free-draining soils such as sands and gravels. Relative density is a critical parameter for evaluating the compactness, load-bearing behavior, and liquefaction susceptibility of granular soils. Unlike cohesive soils, granular soils do not respond effectively to impact compaction methods. The AZA0886 utilizes a controlled vibratory table system to accurately establish both the maximum and minimum index densities, enabling reliable calculation of relative density in accordance with international standards.

Standards Compliance

  • IS 2720 (Part XIV)
  • ASTM D 4253 – Maximum Index Density
  • ASTM D 4254 – Minimum Index Density & Relative Density Calculation

RIFFLE SAMPLE DIVIDER AZA0980

The AZA0980 Riffle Sample Divider is a precision laboratory instrument designed for accurate and unbiased splitting of bulk material samples into representative portions. It is widely used in geotechnical, construction, mining, and agricultural laboratories to ensure that test samples remain statistically reliable and repeatable. Manufactured for durability and precision, this unit is ideal for reducing large quantities of soil, sand, aggregates, cement, and powdered materials to manageable, test-ready sizes.

Key Features

  • Accurate material splitting for laboratory testing
  • Heavy-duty corrosion-resistant metal construction
  • Uniform slot widths for consistent sample division
  • Smooth-flow chute design for minimal sample loss
  • Supplied with two receiving pans for clean, efficient operation
  • Compact bench-top design

RIFFLE SAMPLE DIVIDER AZA0980A

The AZA0980A Riffle Sample Divider is a precision laboratory instrument designed for accurate splitting of fine and coarse aggregate samples into representative portions. Built for high-volume laboratory and field use, this heavy-duty model ensures uniform distribution, repeatable results, and zero sampling bias in construction and geotechnical testing. This model is an enhanced version of standard riffle splitters, offering stronger construction and higher capacity collection pans, making it ideal for demanding environments.

Key Features

  • Used for precise sample splitting of fine & coarse aggregates
  • Uniform chute spacing for even material distribution
  • Heavy-duty powder-coated steel body
  • Supplied with two high-capacity collection pans
  • Smooth-flow chute design to minimize material loss
  • Simple, manual operation – no power required

RING & BALL APPARATUS(SEMI AUTOMATIC) AZA0934

The AZA0934 Ring & Ball Apparatus (Semi-Automatic) from Azalab is an advanced laboratory instrument designed for the precise determination of the softening point of bitumen, asphalt binders, and related bituminous materials. This critical test evaluates the temperature susceptibility and high-temperature performance of asphalt binders, directly influencing pavement resistance to rutting and permanent deformation under hot service conditions.

By integrating the standard Ring & Ball method with semi-automatic control and detection features, the AZA0934 significantly improves accuracy, repeatability, and operational efficiency, making it ideal for modern quality control, research, and specification laboratories.

RING AND BALL APPARATUS (ELECTRICAL) AZA0933

The AZA0933 Ring & Ball Apparatus (Electrical) from Azalab is a precision laboratory instrument designed for the accurate and repeatable determination of the softening point of bitumen, asphalt binders, and other bituminous materials. This test is fundamental for evaluating the temperature susceptibility and high-temperature performance of asphalt binders, which directly influences pavement resistance to rutting and deformation.

By utilizing electrically controlled heating instead of open flame, the AZA0933 ensures consistent heating rates, improved safety, and superior test repeatability, making it an essential instrument for highway laboratories, civil engineering departments, and research institutions.

RING AND BALL APPARATUS AZA0932

The AZA0932 Ring & Ball Apparatus from Azalab is a fundamental laboratory instrument designed for the manual determination of the softening point of bitumen, road tars, and bituminous binders. The softening point test is a critical quality control parameter in civil engineering and road construction, particularly in regions with wide temperature variations.

The softening point represents the temperature at which a bituminous material changes from a semi-solid to a softened state under standardized conditions. The AZA0932 provides a robust, reliable, and cost-effective manual solution, fully compliant with Indian and international testing standards.

RING MOULD AZA0789

  • Standard ring mould for cement/mortar specimen formation
  • Used in expansion, consistency, and setting tests
  • Built from brass or gunmetal for durability
  • Conforms to IS 4031 and ASTM C151 standards
  • Suitable for use with Le Chatelier apparatus