Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
HIGH SPEED STIRRER AZA0855
HOEK TRIAXIAL AZA1008
The AZA1008 Hoek Triaxial Rock Testing System is designed for advanced triaxial testing of rock core specimens under simulated underground stress conditions. Built for high precision and durability, this system enables accurate evaluation of rock strength, deformation, and elastic behavior, supporting critical geotechnical, mining, and civil engineering applications such as tunnels, slopes, dams, and underground excavations.
Key Features
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Designed for triaxial testing of intact rock cores
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Supports high confining pressures for realistic in-situ simulation
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Compatible with manual and servo-controlled compression frames
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Precision-machined high-grade stainless steel pressure vessel
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Robust sealing system with high-performance rubber membranes
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Low-friction piston system for enhanced measurement accuracy
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Full compliance with international testing standards
HOT PLATE (CIRCULAR) AZA1059
The AZA1059 Circular Hot Plate from AZALAB is a robust and reliable laboratory heating device designed for uniform and controlled heating across a wide range of routine and critical laboratory applications. Its compact circular design ensures efficient bench-space utilization while delivering consistent thermal performance, making it an essential tool in chemical, biological, pharmaceutical, research, and educational laboratories.
The AZA1059 is ideal for boiling liquids, evaporating solvents, heating reagents, and general sample preparation, where stable and evenly distributed heat is critical for reproducible results.
HOT PLATE (RECTANGULAR) AZA1060
The AZA1060 Rectangular Hot Plate from AZALAB is a robust, high-performance heating solution engineered for laboratories and industrial environments requiring uniform, continuous heating up to 300°C. Designed for durability and consistent thermal performance, the AZA1060 is suitable for academic, research, quality control, and industrial testing laboratories.
The unit features a powder-coated mild steel body with stove paint finish and a heavy-duty cast iron heating top with heat-resistant coating, ensuring efficient heat transfer and long operational life. The rectangular design provides a larger usable heating area, making the AZA1060 ideal for heating multiple vessels or larger glassware simultaneously.
Uniform heating is achieved through side-fitted high-grade heating elements, ensuring consistent temperature distribution across the plate surface. Temperature regulation is available via capillary thermostat or energy regulator, depending on application requirements. All size variants operate at a rated power of 1.5 kW, ensuring reliable and stable performance.
HUMIDITY CHAMBER AZA1063
The AZA1063 Humidity Chamber from AZALAB is a high-precision environmental testing chamber engineered for accurate control of temperature and relative humidity under controlled laboratory conditions. Designed to meet the stringent requirements of pharmaceutical, electronics, automotive, textile, food, and materials research industries, the AZA1063 enables reliable simulation of real-world climatic environments to evaluate product performance, stability, durability, and shelf life.
Environmental factors such as temperature and humidity play a critical role in determining product quality and longevity. The AZA1063 allows manufacturers and research laboratories to conduct stability studies, accelerated aging tests, and environmental stress screening, ensuring compliance with national and international quality standards.
HUMIDITY CHAMBER AZA1064
The AZA1064 Humidity Chamber from AZALAB is a precision-engineered environmental and stability testing system designed to maintain accurately controlled temperature and relative humidity conditions for extended testing periods. It is an essential instrument for pharmaceutical companies, food industries, electronics manufacturers, packaging units, research laboratories, and academic institutions where product performance and stability under controlled climatic conditions must be evaluated.
Humidity and temperature are two of the most critical environmental parameters affecting product integrity, shelf life, and functional reliability. The AZA1064 enables users to simulate real-world storage and operating environments, helping manufacturers validate product durability, comply with regulatory standards, and improve overall quality assurance processes.
HUMIDITY CHAMBER COOLING (SIDE PANEL) AZA1065
The AZA1065 Humidity Chamber Cooling (Side Panel) from AZALAB is a robust, precision-engineered environmental and stability testing chamber designed to simulate and maintain controlled temperature and humidity conditions for laboratories, pharmaceutical units, research facilities, and quality control departments.
This model is specifically configured with a side-mounted cooling system, making it ideal for applications requiring reliable cooling performance, easy maintenance access, and efficient temperature control within a compact footprint. The AZA1065 is widely used for stability testing, product aging studies, material evaluation, and environmental simulation.
HYDRAULIC COMPUTERIZED UTM AZA1009
Key Capabilities
- High-force hydraulic loading system for smooth and stable test execution
- Closed-loop servo control for load, displacement, and strain rate control
- Real-time PC-based data acquisition & graphing
- Automatic test sequencing and reporting
- Compatible with extensometers and strain measurement systems
HYDRAULIC JACKS AZA1142
The AZA1142 Hydraulic Jack is a robust, high-capacity hydraulic lifting device engineered for laboratory testing environments and industrial load-handling operations. Designed for accuracy, safety, and durability, this jack delivers controlled lifting performance essential for structural load testing, concrete testing setups, geotechnical applications, equipment calibration, and general heavy-duty lifting tasks.
Constructed from hardened steel with a corrosion-resistant finish, the AZA1142 ensures reliable performance under demanding usage conditions. Its precision control valves allow smooth and accurate lifting and lowering, making it ideal for test environments where fine load adjustments are required. The compact and portable design supports both laboratory bench setups and field operations.
With load capacities ranging from 5 tons to 100 tons, this hydraulic jack accommodates a wide spectrum of testing needs including beam loading, compressive force application, fixture alignment, and calibration procedures. It is compatible with pressure gauges and digital load sensors for precise force monitoring. Safety-focused features such as built-in overload protection, stable mounting points, and controlled descent mechanisms safeguard both operators and test specimens.
The AZA1142 supports ASTM and EN-compliant testing procedures, including ASTM D695, ASTM C39, and EN 12390-3, making it a dependable component in materials testing laboratories, calibration facilities, mechanical workshops, and industrial maintenance units.
IMPALEMENT SAFETY COVERS AZA1023
Rebar Protection Solutions for Construction Site Safety & Compliance by Azalab
AZA1023 Impalement Safety Covers are critical safety components designed to protect workers, visitors, and pedestrians from impalement hazards caused by exposed reinforcement bars (rebars) on construction sites. These covers significantly reduce the risk of serious injury or fatal accidents while helping projects comply with mandatory safety regulations such as OSHA, BIS, and international construction safety standards.
At Azalab, safety is engineered into every detail. The AZA1023 range is developed to deliver high impact resistance, excellent visibility, easy installation, and long service life, making it an essential safety accessory for residential, commercial, and large-scale infrastructure projects
IN-SITU VANE SHEAR TEST AZA0922
The AZA0922 In-Situ Vane Shear Test Apparatus by Azalab is a precision field instrument designed for the direct determination of undrained shear strength (cᵤ) of soft to medium cohesive soils in their natural, undisturbed condition. It is an essential tool for geotechnical site investigations where laboratory sampling is difficult or where soil disturbance must be minimized.
This apparatus is especially effective for soft and sensitive clays and silts, providing reliable strength parameters for foundation design, embankment stability, and earthworks across varied field conditions
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
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Measures flow coefficient of fine aggregates
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Fully compliant with IS 2386 (Part I)
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Evaluates workability and particle shape characteristics
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Supplied as a complete set: funnel, stand, cylinder, and base plate
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Precision-machined components for consistent results
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Corrosion-resistant, durable construction
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Easy manual operation for laboratory and field use
Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items