Rock
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Soil
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General Items
AUGER POSTHOLE TYPE AZA0916
The AZA0916 Auger Posthole Type is a manually operated soil boring and sampling tool designed for efficient excavation and sample retrieval during geotechnical, agricultural, and environmental field investigations. Its posthole-style cutting blade is engineered to penetrate compacted soils effectively, enabling rapid sampling with minimal disturbance to surrounding soil strata.
Widely used by field technicians, geotechnical engineers, and agronomists, the AZA0916 offers a reliable, power-free solution for shallow to medium-depth soil investigations, particularly in locations where mechanical drilling is impractical.
AUTOMATIC CBR TEST APPARATUS AZA0913
The Azalab AZA0913 Automatic CBR Test Apparatus is an advanced, fully automated solution for determining the California Bearing Ratio (CBR) of soils. The CBR test is a critical empirical penetration test used to evaluate the bearing strength of subgrade, sub-base, and base course materials, forming the foundation for the structural design of flexible pavements in roads, highways, and airport runways.
By integrating automated loading, electronic sensing, and software-based data acquisition, AZA0913 eliminates operator variability, ensures strict compliance with testing standards, and significantly improves accuracy, repeatability, and laboratory productivity. This makes it an essential system for modern geotechnical laboratories, highway authorities, consultants, and construction companies across India
AUTOMATIC SOIL COMPACTOR AZA0867
BRASS FRAME SIEVES 100,200, 300 & 450 MM DIA. AZA0924
The AZA0924 Brass Frame Sieves by Azalab are precision-engineered laboratory test sieves designed for accurate and reproducible particle size distribution (sieve analysis) across a wide range of materials. Manufactured with high-quality seamless brass frames and precision woven wire mesh, these sieves are an essential tool for laboratories requiring dependable gradation results in accordance with national and international standards.
Available in 100 mm, 200 mm, 300 mm, and 450 mm diameters, AZA0924 sieves are suitable for both manual sieving and mechanical sieve shakers, making them versatile for routine quality control as well as advanced research applications
CALIFORNIA BEARING RATIO APPARATUS (BS VERSION MOULD) AZA0911
The AZA0911 California Bearing Ratio (CBR) Apparatus – BS Version Mould from Azalab is a laboratory-grade testing system designed to determine the bearing capacity and strength of subgrade soils used in pavement, highway, runway, and foundation construction. The CBR test is a globally recognized method for soil strength classification and is especially critical for road and pavement design.
This apparatus is manufactured in accordance with BS 1377, featuring a British Standard mould configuration that ensures accurate, repeatable, and internationally acceptable test results. The AZA0911 evaluates soil resistance to penetration under controlled compaction and loading conditions, closely simulating field performance.
CALIFORNIA BEARING RATIO APPARATUS(ASTM VERSION MOULD) AZA0910
The AZA0910 California Bearing Ratio (CBR) Apparatus – ASTM Version Mould from Azalab is a precision-engineered laboratory system designed to determine the bearing strength of subgrade soils and pavement base materials in strict accordance with ASTM D1883. This apparatus plays a critical role in pavement and foundation design by evaluating soil resistance to penetration under controlled compaction and moisture conditions.
Widely used in highway, airfield, and infrastructure projects, the AZA0910 provides reliable and repeatable CBR values essential for assessing soil suitability and structural performance of road foundations.
CALIFORNIA BEARING RATIO TEST (FIELD TYPE) AZA0914
The Azalab AZA0914 California Bearing Ratio (CBR) Test Apparatus – Field Type is a rugged, portable system designed for the direct in-situ determination of CBR values of subgrade and base course soils. Unlike laboratory CBR testing, which requires sampling, transportation, and specimen preparation, the field CBR test enables rapid, cost-effective evaluation of soil bearing capacity directly at the construction site.
This makes the AZA0914 especially valuable for road, highway, and airfield projects, where soil conditions may vary significantly along the alignment and immediate engineering decisions are required. By providing reliable in-place strength data, the apparatus supports accurate pavement thickness design and quality control, ensuring long-term structural performance.
COLOUR STANDARD CHART AZA0889
The AZA0889 Colour Standard Chart from Azalab is an essential visual reference tool for laboratories and professionals engaged in water analysis, chemical testing, soil testing, and scientific applications. It provides a standardized color comparison system to ensure accurate interpretation of reagent-based test results where visual assessment is critical.
Used alongside chemical test kits, the AZA0889 enables consistent and repeatable color matching for parameters such as pH, chlorine, alkalinity, hardness, and other common indicators, reducing subjective interpretation errors and improving result confidence
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
Soil is one of the oldest forming structures that our planet is formed from. Soil is a loose rocky material that is vastly used in the construction industry. Hence, it is very important to test the ground soil before construction and to know the type and classification of the soil before any project.
The type of soil can be identified by several parameters one of which the percentage of clay, silt or sand found in its composition.
This classification will determine the characteristics of the soil used in the civil engineering project.
Other physical parameters such as moisture content, shear strength,elasticity, specific gravity, density, degree of compaction, penetration resistance, consistency, bearing capacity, hydraulic conductivity, permeability and consolidation can effect the soil characteristics and behavior during construction.
The testing equipment described in this section, are carefully designed and manufactured to the highest international standard, necessary to achieve accurate and repeatable results in testing soil material.
The principle of soil mechanics requires the use of standard testing methods offered by our range of equipment and used by trained and qualified engineers and technicians.
