ACCELERATED POLISHING MACHINE AZA0984

The AZA0984 Accelerated Polishing Machine is a laboratory-grade apparatus designed to determine the Polished Stone Value (PSV) of aggregates. It simulates real-life tyre-induced wear on road surfacing materials to evaluate skid resistance and surface friction performance. This machine is widely used in highway engineering laboratories, research institutions, and quality control departments. Manufactured for long-term reliability, the AZA0984 complies with ASTM D3319 and BS 812 (Part 114) standards.
Key Features
  • Tests polished stone value (PSV) of road aggregates
  • Conforms to ASTM D3319 and BS 812 Part 114
  • Heavy-duty rotating disc with abrasive feed system
  • Integrated water spray system to simulate wet road conditions
  • Powder-coated steel body for corrosion resistance

AGGREGATE CRUSHING VALUE APPARATUS AZA0982

The AZA0982 Aggregate Crushing Value (ACV) Apparatus is a heavy-duty laboratory testing system used to determine the crushing strength of coarse aggregates. It is designed for standard compliance testing required in road construction, concrete production, and civil engineering quality control. Manufactured with precision-machined components, this apparatus delivers consistent, accurate, and repeatable results in accordance with IS:2386 (Part IV) and BS 812 standards.

Key Features

  • Measures crushing strength of coarse aggregates
  • Conforms to IS:2386 (Part IV) and BS 812 standards
  • Precision-machined steel cylinder and plunger
  • Heavy-duty, corrosion-resistant construction
  • Supplied with complete accessories for immediate testing

AGGREGATE IMPACT TESTER WITH BLOW COUNTER AZA0983

The AZA0983 Aggregate Impact Tester with Digital Blow Counter is a precision-engineered laboratory apparatus used to determine the Aggregate Impact Value (AIV) of coarse aggregates. It is designed to evaluate the toughness and resistance of aggregates used in road pavements, highways, and structural concrete.

This equipment is manufactured for durability, accuracy, and long service life, and is fully compliant with IS:2386 (Part IV) and BS 812 standards.


Key Features

  • Determines Aggregate Impact Value (AIV) for pavement materials

  • Integrated digital blow counter for accurate strike counting

  • Conforms to IS:2386 (Part IV) and BS 812

  • Heavy-duty, vibration-resistant frame

  • Cylindrical steel cup and standard impact hammer

AVERAGE LEAST DIMENSION AZA0976

The AZA0976 Average Least Dimension (ALD) Gauge is a precision instrument designed to measure the flakiness index of coarse aggregates. It is widely used in civil engineering and construction materials laboratories to evaluate the shape and quality of aggregates for concrete and asphalt applications. Manufactured as per IS 2386 (Part I), this gauge ensures accurate, repeatable, and reliable dimensional classification.

Key Features

  • Measures flakiness index of coarse aggregates
  • Fully compliant with IS 2386 (Part I) standards
  • Precision steel frame with clearly labeled slots
  • Easy-to-use, manual operation for rapid testing
  • Heavy-duty, corrosion-resistant construction
  • Suitable for laboratory and field environments

CYLINDRICAL MEASURES AZA0977

The AZA0977 Cylindrical Measures are precision laboratory containers designed for determining the bulk density (unit weight) and void ratio of fine and coarse aggregates. These measurements are essential for quality control in concrete mix design, highway construction, and geotechnical investigations. Manufactured by Azalab, these measures fully comply with IS 2386 (Part III), ASTM C29, and BS 812 standards.


Key Features

  • Used for measuring bulk density and void ratio of aggregates

  • Available in standard capacities: 3L, 5L, and 15L

  • Heavy-duty mild steel / aluminum construction

  • Smooth, accurately machined internal surfaces

  • Supplied with tamping rod and leveling accessories

  • Corrosion-resistant, long-life surface finish

  • Easy-grip handles for portability

DENSITY BASKET AZA0978

The AZA0978 Density Basket is a precision testing accessory designed for determining specific gravity and water absorption of fine and coarse aggregates. Manufactured by Azalab, this stainless steel mesh basket is engineered for repeated water immersion and accurate weighing, ensuring reliable results in material testing laboratories. It fully conforms to IS 2386 (Part III), ASTM C127, and BS 812 standards.

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

DEVEL ATTRITION TESTER AZA0989

The AZA0989 Devel Attrition Tester by Azalab is a heavy-duty laboratory machine designed to evaluate the resistance of coarse aggregates to abrasion and wear. It is widely used in road construction, railway ballast testing, and concrete material laboratories to ensure aggregates meet strength and durability requirements. This equipment complies with IS 2386 (Part IV) and ASTM C131 / ASTM C535 standards, providing reliable and repeatable test results.

Key Applications

  • Road and highway material testing
  • Railway ballast quality assessment
  • Concrete mix design durability testing
  • Civil engineering research & academic laboratories

DIGITAL LOS ANGLES ABRASION TESTING MACHINE AZA0987

The AZA0987 Digital Los Angeles Abrasion Testing Machine is an advanced, high-precision laboratory system designed to measure the abrasion resistance and mechanical durability of coarse aggregates used in roads, railways, and concrete structures. Equipped with a digital RPM and programmable timer display, this machine ensures consistent, repeatable, and accurate test performance in compliance with international standards.

Key Functions

  • Determines aggregate abrasion resistance under controlled test conditions
  • Simulates real-life impact and wear suffered by aggregates
  • Provides precise digital RPM and time control for repeatability
  • Suitable for routine quality control and research laboratories

DORRY ABRASION TESTING MACHINE AZA0988

The AZA0988 Dorry Abrasion Testing Machine by Azalab is a robust, motorized laboratory instrument designed to measure the abrasion resistance (wear loss) of coarse aggregates used in road construction, railway ballast, and structural concrete. This machine provides consistent, repeatable test results in accordance with IS 2386 (Part IV) standards, helping engineers and laboratories ensure material durability and performance.

Key Functions

  • Evaluates abrasion and wear resistance of aggregates
  • Simulates real-life mechanical rubbing and surface wear
  • Ensures quality control for construction materials
  • Supports research and teaching in civil engineering labs

FLAKINESS SIEVE SET AZA0973

The AZA0973 Flakiness Sieve Set is a laboratory-grade testing instrument designed to determine the flakiness index of coarse aggregates. It is an essential tool for evaluating aggregate particle shape, helping ensure strength, durability, and performance of concrete and road construction materials. This system is manufactured for full compliance with IS 2386 (Part I) and is widely used in civil engineering laboratories and construction quality control sites.


Key Features

  • Used for determining flakiness index of coarse aggregates

  • Fully compliant with IS 2386 (Part I) standards

  • Precision-machined slotted gauges for multiple aggregate sizes

  • Heavy-duty stainless steel / powder-coated steel construction

  • Corrosion-resistant, long service life

  • Portable and easy to use in lab and field environments

GRID SIEVES AZA0972

The AZA0972 Grid Sieves are heavy-duty screening tools designed for rapid particle size classification of coarse soils and aggregates. These sieves are ideal for quick, visual separation of gravel, crushed stone, and coarse sands in civil engineering, geotechnical, and construction materials laboratories. Their rugged construction makes them suitable for both laboratory and field applications.

Key Features

  • Designed for fast classification of coarse particles

  • Suitable for soil and aggregate testing

  • Heavy-duty stainless steel / galvanized steel construction

  • Precision-welded square or rectangular grid openings

  • Corrosion-resistant, abrasion-resistant long life design

  • Compatible with standard manual and mechanical sieve shakers

INDEX APPARATUS (FLOW COEFFICIENT OF FINE AGGREGATES) AZA0975

The AZA0975 Flow Coefficient Index Apparatus is a precision laboratory instrument designed to measure the flow coefficient of fine aggregates, such as natural sand and crushed sand. This test helps evaluate workability, particle shape, and grading, which are critical factors in concrete and mortar mix performance. The apparatus is manufactured in compliance with IS 2386 (Part I) and is widely used in civil engineering laboratories and construction quality control departments.


Key Features

  • Measures flow coefficient of fine aggregates

  • Fully compliant with IS 2386 (Part I)

  • Evaluates workability and particle shape characteristics

  • Supplied as a complete set: funnel, stand, cylinder, and base plate

  • Precision-machined components for consistent results

  • Corrosion-resistant, durable construction

  • Easy manual operation for laboratory and field use

Aggregate is a component of a composite material used to resist compressive stress and provide bulk to the composite material. For efficient filling, aggregate should be much smaller than the finished item, but have a wide variety of sizes.
It is vastly used in most combination of construction material such as concrete and asphalt technology to which aggregates may either be specified or designed to suit a particular engineering requirement while not suiting another.
The properties of aggregates can vary and hence affect the final construction material.
Therefore it is important to test the different parameters such as resistance to polishing, particle size, shape and texture, relative, bulk density, crushing value,
impact value, organic impurities, compacted densities, specific gravity, soundness and abrasion resistance.