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CONCRETE FLOW TABLE TEST SET AZA1110
AZA1110 Concrete Flow Table Test Set is a precision-engineered laboratory apparatus designed to determine the workability, consistency, and flow characteristics of fresh concrete. It is especially suitable for Self-Compacting Concrete (SCC), precast concrete, and high-consistency mixes where the traditional slump test is not effective.
This test set works by allowing a freshly mixed concrete sample to spread under controlled, repeated vertical jolts of a mechanically calibrated table. The final spread diameter of the concrete is measured to assess its flowability and uniformity.
Built with a rigid, precisely machined table surface, the AZA1110 ensures repeatable and reliable results. Its heavy-duty construction allows long-term use in demanding laboratory environments while remaining easy to clean, store, and maintain.
The apparatus complies with major international standards including IS 1199, ASTM C1437, and BS EN 12350-5, making it suitable for both domestic and international testing requirements.
CONCRETE TEST HAMMER (SCHMIDT HAMMER) N TYPE AZA1148
How It Works
The hammer uses a spring-loaded mass that impacts the concrete surface. The rebound distance of the mass (displayed as an R-value) correlates to the concrete’s surface hardness and indirectly indicates compressive strength. Results can be interpreted using standard conversion charts or custom calibration curves based on local materials.
CONCRETE: PAD CAPS AND RETAINER RINGS AZA1162
High-Precision Retainer Rings
Manufactured from plated high-alloy steel, the retainer rings are corrosion-resistant and capable of handling repeated load cycles without deformation. Each ring is precision-machined to a tolerance of ≤ 0.002", ensuring flat, uniform bearing surfaces for consistent load transfer during testing.Neoprene Pad Inserts
Durable neoprene pads fit securely within the retainer rings and adapt to minor surface irregularities at the ends of concrete cylinders. The elastomeric material provides uniform stress distribution and high repeatability across all tests. Pads are available in multiple durometers (50, 60, 70) depending on the compressive strength range.Universal Compatibility
The pad cap system is suitable for standard concrete cylinder sizes used in laboratories and field QA/QC testing, including 4" × 8" and 6" × 12" specimens. Rings are reusable, and pads are replaceable, providing long-term operational efficiency.Ideal For
• Concrete testing laboratories• Field quality control/quality assurance
• Precast and ready-mix production plants
• Research and education institutions
CONSOLIDATION APPARATUS (FRONT LOADING TYPE) AZA0896
The AZA0896 Front Loading Consolidation Apparatus is a precision-engineered instrument designed for geotechnical laboratories performing one-dimensional soil consolidation tests. Its front loading configuration offers superior ergonomics compared to conventional top-loading systems, allowing easy placement and removal of consolidation cells while reducing operator fatigue and handling errors.
This apparatus is used to determine soil compressibility and settlement characteristics, which are critical parameters in the design of foundations, embankments, retaining structures, and other civil engineering works. The AZA0896 combines operational convenience with high measurement accuracy, making it suitable for both educational and professional testing laboratories.
CONSOLIDATION APPARATUS (SINGLE GANG) AZA0895
The AZA0895 Single Gang Consolidation Apparatus is a fundamental instrument for geotechnical laboratories engaged in the evaluation of soil compressibility and settlement characteristics. Designed for conducting one-dimensional consolidation (oedometer) tests, this apparatus enables accurate determination of soil deformation behavior under controlled static loading conditions.
The data generated using the AZA0895 is essential for foundation design, embankment construction, earth retaining structures, and long-term settlement prediction. Its robust mechanical design ensures reliable performance in both academic and professional geotechnical testing environments.
CONSOLIDATION APPARATUS (THREE GANG MODEL) AZA0898
The AZA0898 Three Gang Consolidation Apparatus is a high-capacity geotechnical testing system designed to simultaneously evaluate the consolidation characteristics of three independent soil specimens. Engineered for efficiency and accuracy, this apparatus is ideal for laboratories handling large testing volumes or time-critical geotechnical investigations.
Used for one-dimensional consolidation (oedometer) testing, the AZA0898 enables precise determination of soil compressibility and settlement behavior under incremental static loading. By allowing three tests to run concurrently—each with independent loading control—the system significantly reduces testing time while maintaining high measurement accuracy.
CONSOLIDATION APPARATUS(ELECTRONIC BENCH MODEL) AZA0899
CONSOLIDATION CELLS (FLOATING) AZA0897
The AZA0897 Consolidation Cell (Floating Type) is a precision-engineered component used in oedometer (consolidation) testing to determine the compressibility and settlement characteristics of fine-grained soils such as clays and silts. These cells are essential accessories for geotechnical laboratories performing soil consolidation analysis for foundations, embankments, dams, and infrastructure projects.
The floating ring design significantly reduces side-wall friction between the soil specimen and the ring, ensuring more uniform vertical stress transfer. This design enhances the accuracy of deformation and settlement measurements, particularly during low-stress loading stages and long-duration consolidation tests.
CONSTANT VOLUME MOULD AZA0894
The AZA0894 Constant Volume Mould is designed for the preparation of remoulded soil specimens used in triaxial compression and unconfined compression tests. In geotechnical and civil engineering laboratories, maintaining a constant specimen volume during compaction is essential for achieving accurate, repeatable, and comparable test results. The AZA0894 ensures precise specimen geometry while supporting both dynamic and static compaction methods.
Manufactured with precision-machined components, this mould system enables quick specimen preparation with minimal deformation. It is widely used in geotechnical testing laboratories, academic institutions, construction quality control, and research facilities
CORE CUTTER AZA0882
The AZA0882 Core Cutter Apparatus from Azalab is a robust, field-ready solution for determining the in-situ dry density of fine-grained, cohesive soils that are substantially free from aggregates. Designed in accordance with IS 2720 (Part XXIX):1966 and BS 1377-9, this apparatus is widely adopted in geotechnical investigations, construction compaction control, and civil engineering quality assurance programs.
The core cutter method is valued for its simplicity, repeatability, and direct field applicability, making AZA0882 an essential tool for routine density checks on embankments, subgrades, and backfills where soil conditions are suitable.
CORE CUTTING GRINDING MACHINE AZA0999
AZA0999 Core Cutting & Grinding Machine is a dual-function laboratory system designed for precision cutting and surface grinding of cylindrical core samples made from rock, concrete, minerals, and similar materials. This machine is engineered for geotechnical, civil engineering, mining, and material testing laboratories where accurate core preparation is essential for reliable test results.
By combining cutting and grinding in a single compact unit, AZA0999 significantly improves laboratory efficiency, reduces manual handling, and ensures flat, parallel, and smooth specimen ends, which are critical for compressive strength, triaxial, and indirect tensile tests.
This machine integrates a heavy-duty diamond cutting blade and a high-precision grinding wheel, mounted on a rigid, vibration-free steel structure to deliver stable, accurate, and repeatable results.
CORE CUTTING/CORE DRILLING MACHINE (MOTORISED) AZA0996
AZA0996 Motorised Core Cutting & Drilling Machine is a high-performance, electrically powered coring system designed for extracting precise cylindrical samples from concrete, asphalt, masonry, and geological formations. Built for both laboratory and field use, this machine combines strong structural stability with smooth, vibration-free drilling for consistently accurate core samples.
The machine is powered by a high-torque single-phase electric motor (1.5–2 HP) that delivers a constant rotational speed, ensuring clean cuts even through reinforced concrete. Its precision vertical feed system with adjustable speed control allows operators to manage penetration rate according to material hardness, ensuring minimal sample damage and superior core integrity.
A heavy-duty trolley-mounted steel frame provides excellent stability while allowing easy movement across job sites or within laboratories. The integrated wet drilling water feed system cools the diamond core bit, extends tool life, and significantly reduces dust for safer operation.
Designed to support core barrel sizes from 25 mm to 150 mm, the AZA0996 is suitable for a wide range of standard testing applications including structural investigations, pavement evaluation, and research sampling.
This machine is compliant with major international standards including ASTM C42/C42M, IS 516:2018, and AASHTO T24, making it a reliable choice for professional testing environments.
Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items