TAMPING ROD AZA1119

The AZA1123 Cylindrical Mould is a precision-engineered, heavy-duty mould designed for casting standardized cylindrical concrete specimens used for compressive strength, split tensile strength, and durability testing. It is an essential tool for construction material testing labs, civil engineering institutions, and quality control facilities that routinely evaluate concrete performance. Built for repeatable use and dimensional stability, the AZA1123 ensures uniform specimen geometry in accordance with IS, ASTM, and ACI guidelines, making it a dependable choice for compliance testing and research applications.

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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

These specimens are used to perform:

• Compressive strength tests
• Split tensile strength tests
• Elastic modulus evaluations
• Durability and material behavior studies

Accurate geometry ensures that the applied load is uniformly transferred, resulting in consistent and valid test outcomes.

AZA1112 L Shape Box Apparatus is a precision testing device designed to evaluate the passing ability and flow performance of Self-Compacting Concrete (SCC) in congested reinforcement conditions. This apparatus simulates real-world scenarios such as densely reinforced beams, columns, tunnels, and bridge segments, where concrete must flow freely without segregation or blockage.

The distinctive L-shaped design creates a controlled flow path where freshly mixed SCC moves from a vertical chamber into a horizontal channel containing reinforcement bars. By measuring the concrete heights at both ends (H1 and H2), the H2/H1 ratio is calculated, providing a direct, quantitative assessment of the concrete’s ability to pass through obstructions.

Manufactured from durable, corrosion-resistant steel, AZA1112 is built for long-term laboratory and site use. It conforms to EN 12350-10 and EFNARC guidelines, ensuring global acceptance of test results.

The AZA1117 Laboratory Pan Mixer (40 Litres) is engineered for precise, consistent, and repeatable mixing of concrete, mortar, and cement paste in controlled laboratory environments. Designed for durability and high-performance blending, this mixer supports material testing, R&D applications, and academic laboratory work where uniformity and accuracy are essential. Built with a heavy-duty steel pan, gear-driven mixing mechanism, and adjustable blades, the AZA1117 ensures superior mix homogeneity even with coarse aggregates up to 20 mm. Its robust 2 HP motor and 3-phase drive deliver uninterrupted power for demanding laboratory workloads.

Key Features

• 40-litre mixing capacity ideal for cube specimen preparation
• Supports aggregate sizes up to 20 mm
• 2 HP motor, 960 RPM, 3-phase for heavy-duty mixing
• Adjustable steel blades for both dry and wet mix uniformity
• Portable design with wheels for easy movement
• Full-access drum lid for safe loading, pouring, and cleaning
• Gear-driven system for uniform, high-consistency mixing
• Easy maintenance and corrosion-resistant finish

AZA1111 V Funnel is a precision laboratory apparatus designed to measure the flow time and viscosity of Self-Compacting Concrete (SCC). It evaluates how quickly fresh SCC passes through a narrow, V-shaped section under the action of gravity, providing critical insight into the concrete’s workability, stability, and resistance to segregation.

The V Funnel test is essential when designing SCC mixes that must flow through heavily reinforced or congested formwork. By recording the time taken for concrete to completely discharge from the funnel, the apparatus allows engineers and technicians to quickly judge whether a mix is too stiff, too viscous, or optimally balanced.

Manufactured with a durable, corrosion-resistant metal body and a precise quick-release gate mechanism, AZA1111 ensures smooth, repeatable testing. Its rigid structure and stable stand make it suitable for both laboratory and site-based quality control environments.

The equipment is designed in compliance with EN 12350-9 and EFNARC guidelines, ensuring globally accepted and repeatable test results