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General Items
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
Description
Purpose & Function
The AZA0978 Density Basket is designed to suspend aggregate samples in water while being weighed using a digital or mechanical balance. This allows accurate calculation of:
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Specific gravity (relative density)
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Water absorption percentage
These parameters are essential for ensuring aggregate quality and optimizing concrete mix designs.
Applications
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Civil engineering and construction material laboratories
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Concrete quality control and mix design
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Highway and infrastructure material testing
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Educational and research institutions
Technical Specifications
| Parameter | Specification |
|---|---|
| Model No. | AZA0978 |
| Material | Stainless Steel Mesh |
| Basket Diameter | Approx. 200 mm |
| Basket Height | Approx. 200 mm |
| Mesh Aperture | 6.3 mm (standard) / Customizable |
| Suspension Hook | Welded SS hook for balance suspension |
| Approx. Weight | 1.5 – 2.5 kg |
| Conformance | IS 2386 (Part III), ASTM C127, BS 812 |
FAQ
Q1: What is AZA0978 used for?
It is used for determining the specific gravity and water absorption of aggregates.
Q2: Can it be used with digital balances?
Yes, it is fully compatible with both digital and mechanical balances with suspension arrangements.
Q3: Does it rust with long-term use?
No. It is made from corrosion-resistant stainless steel for long service life.
Q4: Is it suitable for fine aggregates?
Primarily designed for coarse aggregates, but it can be adapted for fine aggregates with a liner.
Q5: Is it compliant with standards?
Yes, it conforms to IS 2386 (Part III), ASTM C127, and BS 812.
Related products
DIGITAL LOS ANGLES ABRASION TESTING MACHINE AZA0987
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
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
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Designed for fast classification of coarse particles
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Suitable for soil and aggregate testing
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Heavy-duty stainless steel / galvanized steel construction
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Precision-welded square or rectangular grid openings
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Corrosion-resistant, abrasion-resistant long life design
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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
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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
REID VAPOR PRESSURE TESTER AZA1321
- Floor-Standing Design with stainless-steel working table for strength and easy operation
- Digital Temperature Controller for precise and uniform water bath heating
- Dual High-Accuracy Pressure Gauges for reliable internal pressure readings
- Dual Vapor Bombs for simultaneous testing and increased productivity
- Rugged Construction for long-term laboratory and industrial use
SAMPLE SPLITTER AZA0981
Key Features
- Accurately splits bulk aggregates into representative samples
- Multiple slot options for different particle sizes
- Heavy-duty powder-coated steel frame
- Uniform chute spacing for even material distribution
- Supplied with two sturdy collection pans
- Portable and easy to operate
THICKNESS GAUGE AZA0970
The AZA0970 Thickness Gauge is a precision measuring instrument designed for accurate thickness measurement of coatings, films, metals, plastics, rubbers, and painted surfaces. Engineered for laboratory and industrial applications, this compact and reliable device ensures consistent quality control, compliance with standards, and improved material performance across multiple industries.
Key Features
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High-precision thickness measurement for laboratory and field use
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Suitable for metals, films, plastics, rubber, and paint coatings
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Available in analog dial and digital LCD display models
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Lightweight, compact, and portable design
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Fast response time with stable, repeatable readings
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Easy zeroing and calibration mechanism
TILE ABRASION TESTING MACHINE AZA0992
Purpose of Testing
This test determines the depth of wear (in mm) on the tile surface after a fixed number of revolutions under an abrasive load. It helps manufacturers, contractors, and consultants verify whether tiles meet durability requirements for high-traffic applications.
