CORE CUTTING/CORE DRILLING MACHINE (PETROL) AZA0994
CORNER GUARD AZA1022
Wall & Edge Protection Solutions for Safety, Durability, and Aesthetics by Azalab
The AZA1022 Corner Guards are a practical, durable, and cost-effective solution for protecting wall edges and exposed corners from impact damage in both residential and commercial environments. Designed to prevent chipping, cracking, abrasion, and collision damage, these guards are especially essential in high-traffic areas where trolleys, carts, wheelchairs, forklifts, or vehicles are frequently in use.
Azalab’s AZA1022 range combines impact resistance, safety visibility, and clean aesthetics, ensuring long-term protection while maintaining the visual integrity of interior and exterior spaces.
CRACK MICROSCOPE AZA1153
CRACK WIDTH RULER AZA1147
Key Applications
- Structural health monitoring
- Routine inspection of concrete surfaces
- Crack classification for repair planning
- Condition assessment in buildings, bridges, pavements, and tunnels
- Preventive maintenance programs
- Long-term crack propagation studies
CUBE AND CYLINDER LIFTING HANDLE AZA1158
The AZA-LAB Cube & Cylinder Lifting Handle (Model AZA1158) is a robust, safety-focused tool engineered for the reliable handling of concrete cube and cylindrical specimens in material testing laboratories. Built from high-strength, powder-coated steel, this lifting handle ensures durability, corrosion resistance, and consistent performance in demanding environments, including wet curing areas and abrasive field conditions.
Designed to securely grip 100 mm and 150 mm standard concrete cube moulds and cylindrical specimens, the AZA1158 facilitates safe lifting, transfer, and positioning without direct hand contact. The adjustable locking mechanism and anti-slip jaw design provide a firm hold on the specimen, preventing slippage and minimizing the risk of surface damage.
The ergonomic handle design distributes weight evenly, reducing hand fatigue and improving workflow efficiency. Whether used for loading specimens into curing tanks, transferring them to compression testing machines, or transporting them for inspection, this tool enhances operational safety and aligns with laboratory best practices.
CUBE MOULD (METAL) AZA1122
Purpose & Function
This mould supports the preparation of standardized cube specimens that are used in:- Compressive strength testing
- Batch-wise quality control in construction
- Concrete mix design validation
- Research on material performance and durability
CUBE MOULD, PLASTIC AZA1155
The AZA-LAB Plastic Cube Mould (AZA1155) is a lightweight, durable, and reusable concrete mould engineered for casting standard 150 mm concrete cubes used in compressive strength testing. Built for both laboratory and field environments, this mould delivers dimensional accuracy, ease of handling, and long-term performance without the drawbacks associated with metal moulds.
Made from high-density, non-corrosive polymer, the mould resists rusting, denting, warping, and environmental degradation. It is specifically designed to perform reliably under harsh site conditions and repetitive laboratory use, making it an ideal choice for quality control operations in construction, research institutions, and material testing laboratories.
The mould comprises four interlocking sides and a solid base, ensuring stable assembly and sharp-edged cube formation. Its tight-fitting joints prevent slurry leakage during pouring and compaction, ensuring uniform specimen quality. Demoulding is effortless due to its smooth, non-stick internal surfaces—eliminating the need for excessive lubrication or hammering, and reducing the risk of damaging test specimens.
With minimal cleaning requirements and excellent resistance to cement buildup, the AZA1155 supports high-frequency testing workflows, whether at permanent laboratories or mobile field testing units.
The cube mould conforms to IS 516, BS 1881, and ASTM C39 requirements for concrete testing, ensuring compatibility with industry-standard quality control practices.
CURING TANK AZA1166
The AZA1166 Concrete Curing Tank is a critical conditioning system for concrete cube and cylinder testing laboratories. Purpose-built for civil engineering, construction QC, and material testing environments, this curing tank maintains controlled water temperatures to ensure accurate, reliable, and standard-compliant compressive strength results. It adheres to IS: 516, ASTM C511, and BS 1881 curing requirements.
Developed with durability, precision, and operational efficiency in mind, the AZA1166 is available in both manual and automated configurations, including optional digital PID controllers for enhanced temperature stability. This makes the unit suitable for laboratories, field testing units, and institutions managing high workloads or requiring strict adherence to international testing protocols.
CYLINDER CARRIER AZA1160
The AZA1160 Concrete Cylinder Carrier from AZA-LAB is a precision-engineered handling tool designed for laboratories, construction sites, and field testing environments that routinely work with concrete cylinder specimens. Built for the safe and ergonomic transport of 150 mm × 300 mm concrete cylinders, this carrier ensures sample integrity throughout the curing and testing process.
Concrete cylinder specimens are fundamental in assessing compressive strength as per civil and structural engineering standards. Weighing over 15 kg when cured, these specimens are prone to chipping, cracking, or impact damage when manually handled. The AZA1160 provides a secure, stable, and balanced solution that safeguards the sample while offering ease of movement for technicians.
Manufactured using industrial-grade, powder-coated steel, the carrier delivers long-term durability, corrosion resistance, and dependable performance in wet, dusty, or chemically exposed environments. Despite its rugged construction, the frame remains lightweight, allowing repeated lifting without user fatigue.
The carrier’s custom-curved gripping arms conform to the geometry of standard cylinders, preventing rolling or lateral movement during transport. Its ergonomically placed handles ensure balanced weight distribution, enabling a single operator to carry heavy cylinders safely and comfortably. The open-frame design holds the specimen firmly while keeping both ends accessible for inspection or curing.
Engineered to support testing protocols aligned with ASTM C39 and IS 516, the AZA1160 ensures safe handling practices that contribute to accurate compressive strength testing.
CYLINDRICAL MEASURES AZA0977
The AZA0977 Cylindrical Measures are precision laboratory containers designed for determining the bulk density (unit weight) and void ratio of fine and coarse aggregates. These measurements are essential for quality control in concrete mix design, highway construction, and geotechnical investigations. Manufactured by Azalab, these measures fully comply with IS 2386 (Part III), ASTM C29, and BS 812 standards.
Key Features
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Used for measuring bulk density and void ratio of aggregates
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Available in standard capacities: 3L, 5L, and 15L
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Heavy-duty mild steel / aluminum construction
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Smooth, accurately machined internal surfaces
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Supplied with tamping rod and leveling accessories
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Corrosion-resistant, long-life surface finish
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Easy-grip handles for portability
CYLINDRICAL MOULD AZA1123
Purpose & Function
The cylindrical mould is used to prepare concrete specimens of standard dimensions, typically:- 150 mm diameter × 300 mm height
- 100 mm diameter × 200 mm height
- Compressive strength tests
- Split tensile strength tests
- Elastic modulus evaluations
- Durability and material behavior studies
DAILY RAIN GAUGE AZA1080
The Daily Rain Gauge is a fundamental precipitation measuring instrument used in meteorology, environmental laboratories, agriculture, hydrology, and educational weather stations. Designed for simplicity, accuracy, and durability, AZA1080 by AZALAB enables precise manual measurement of daily rainfall over fixed observation periods, typically 24 hours.
Manufactured from transparent, UV-resistant polycarbonate, this rain gauge provides excellent visibility of collected rainfall while withstanding prolonged outdoor exposure. Clearly graduated markings in millimeters (mm) ensure accurate and repeatable readings, making it suitable for both scientific monitoring and instructional use.