Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
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
BRAZILIAN TEST APPARATUS AZA1004
AZA1004 Brazilian Test Apparatus is a precision-engineered device used to determine the indirect tensile strength of cylindrical rock samples using the standardized Brazilian (splitting tensile) test method. This apparatus is widely trusted in geotechnical engineering, mining, civil engineering, and academic research for evaluating rock behavior under tensile stress.
Built with a heavy-duty steel frame and plated loading jaws, AZA1004 ensures uniform load distribution and highly repeatable testing results in both laboratory and field environments.
BRINELL HARDNESS TESTER AZA1012
Key Features – AZA1012
- Heavy-duty rigid metal body
- Mechanical / Hydraulic load application system
- Wide force range: 500 kgf to 3000 kgf
- Hardened steel / tungsten carbide ball indenters
- Optical microscope for indentation measurement
- Optional digital display system
- Adjustable dwell time
- High stability and long service life
BRIQUETTE MOULD (SINGLE) AZA0800
BRUNTON COMPASS AZA1042
The Brunton Compass AZA1042 from Azalab is a professional-grade field instrument engineered for high-precision geological mapping, structural analysis, environmental surveying, and navigation. Recognized globally as the industry benchmark, this compass is trusted by geologists, civil engineers, surveyors, archaeologists, researchers, and students working in demanding outdoor environments.
Unlike conventional handheld compasses, the Brunton Compass is a multi-functional surveying tool, integrating a magnetic compass, clinometer, protractor, and mirror sighting system into a single compact instrument. This versatility allows accurate measurement of azimuth, strike, dip, inclination, and slope angles, making it indispensable for scientific fieldwork.
Buckling of Columns Apparatus AZA1337
The AZA1337 Buckling of Columns Apparatus is a precision-engineered educational and laboratory instrument designed to study the buckling behavior of slender columns under axial compressive loads. This apparatus is widely used in Strength of Materials, Structural Engineering, and Mechanics of Solids laboratories to experimentally verify Euler’s Buckling Theory and to demonstrate the effect of different end conditions on the critical load of columns.
The apparatus consists of four high-quality spring steel columns mounted vertically on a rigid wooden backing board. Each column is configured with a different end condition, allowing direct comparison of column stability and buckling characteristics under identical loading conditions.
Column End Conditions Provided
- Both Ends Pinned
- Both Ends Fixed
- One End Fixed and One End Pinned
- One End Fixed and One End Free
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.
CAPPING SET (HORIZONTAL) AZA1163
Enhanced Ergonomics & Operational Control
This horizontal version is particularly suited for busy laboratories that prioritize operator comfort, safe handling of molten capping compounds, and efficient sample processing. With the cube placed on its side, technicians gain better access to the exposed surface, simplifying the controlled pouring of sulfur or gypsum-based capping materials. The horizontal layout also minimizes spill risks and enhances workflow during continuous testing operations.Robust Construction & Precision Alignment
Manufactured from powder-coated heavy-duty steel, the frame is designed for long-term laboratory use. The precision-machined steel base ensures proper seating and alignment of the cube, eliminating tilt or misalignment that could compromise test accuracy. The single-slot holder keeps the specimen firmly in place during the capping process.Once the first face is capped and cured, the cube is rotated to prepare the opposite surface. After both ends are perfectly level and parallel, the specimen is ready for compressive strength testing in a Universal Testing Machine (UTM).
CAPPING SET (VERTICAL) AZA1164
The AZA-LAB Vertical Capping Set is a precision tool designed to prepare 150 mm concrete cube specimens with smooth, level, and parallel end surfaces prior to compressive strength testing. By holding the specimen upright and ensuring perfect alignment, this apparatus enables consistent and accurate results in accordance with ASTM C617 and IS 516.
Purpose & Function
During compressive strength testing, concrete cubes must have properly prepared surfaces to guarantee uniform load transfer between the testing platens. Any irregularity can cause stress concentrations or premature failure. The Vertical Capping Set provides a stable, guided fixture that maintains the cube in a perfect vertical orientation while capping compound is applied to each end.
Once sulfur or gypsum-based capping material is poured and allowed to harden, the ends become flat, parallel, and ready for precise compression testing in a Universal Testing Machine (UTM).
