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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.
Description
Key Features
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Heavy-duty hydraulic lifting solution
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Built-in overload protection for enhanced safety
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Precision control valves for accurate and smooth lifting
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Durable, corrosion-resistant surface finish
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Compact, portable design for lab and field use
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Vertical and horizontal operation capability
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Manual or foot-operated models available
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Compatible with pressure gauges and load cells
Specifications
| Feature | Specification |
|---|---|
| Load Capacity | 5 – 100 tons |
| Operation | Manual / Foot-operated |
| Lifting Height | 150 mm – 300 mm |
| Cylinder Material | Hardened Steel |
| Surface Finish | Anti-corrosion Coated |
| Pressure Gauge Compatibility | Yes |
| Safety Features | Overload Protection, Lock Valve |
| Weight | 5 kg – 25 kg (model dependent) |
| Standards Compliance | ASTM D695, ASTM C39, EN 12390-3 |
Applications
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Concrete compressive strength testing
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Flexural beam loading and structural testing
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Geotechnical load application
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Calibration of load cells and testing machines
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Alignment and lifting of lab equipment
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Industrial assembly and machine maintenance
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Static load simulation for research and QC
Available SKU
| Model No. | Description |
|---|---|
| AZA1142 | Heavy-Duty Hydraulic Jack – Manual/Foot-Operated |
Frequently Asked Questions (FAQ)
Q1: What is the maximum load capacity of Azalab Hydraulic Jacks?
Up to 100 tons, depending on the selected model.
Q2: Are these jacks suitable for concrete testing?
Yes, they are widely used in compressive and flexural strength testing applications.
Q3: Do they come with a pressure gauge?
Some models include gauges; others can be equipped with external pressure or digital gauges.
Q4: What safety features are included?
Built-in overload protection, lock valves, and stable mounting points.
Q5: Can the jack be used horizontally?
Yes, many AZA1142 variants support both vertical and horizontal operations.
Additional information
| Load Capacity |
5 – 100 tons |
|---|---|
| Operation |
Manual / Foot-operated |
| Lifting Height |
150mm – 300mm |
| Cylinder Material |
Hardened Steel |
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BEAM MOULD AZA1124
Purpose & Importance
Flexural strength testing evaluates a concrete beam’s ability to resist bending stress. Standards such as IS 516, ASTM C78, and BS EN 12390-5 specify strict guidelines for specimen dimensions and surface finish. The AZA1124 Beam Mould enables users to produce uniform, high-quality concrete beams with precise cross-sections, ensuring reliability and compliance during flexural strength evaluation.Beams cast from AZA1124 are used for:
- Flexural tensile strength testing
- Load-bearing capacity studies
- Structural behavior simulations
- R&D on mix designs and reinforcement additives
Ideal for:
- Civil engineering research laboratories
- Cement product quality assurance departments
- Construction material testing centers
- Technical universities and engineering institutions
CHASE AIR INDICATOR AZA1105
AZA1105 Chase Air Indicator is a compact, lightweight, and highly practical field instrument designed to measure the air content in freshly mixed concrete. It is widely used in construction sites where rapid quality decisions are required and laboratory testing equipment is not readily available.
This device serves as a reliable field alternative to standard air content methods such as ASTM C231 (Pressure Method) and ASTM C173 (Volumetric Method). While it is not intended to replace laboratory-grade instruments, it provides fast, useful guidance that helps engineers and site supervisors maintain proper concrete mix quality.
Air entrainment plays a critical role in concrete durability, especially in regions exposed to freeze–thaw cycles, and contributes significantly to workability and pumpability of concrete. AZA1105 helps ensure that air content remains within the recommended range (typically 4%–7%), reducing the risk of weak or brittle concrete.
The working principle is based on fluid displacement and vacuum pressure balance. A representative mortar sample is collected and placed inside the testing chamber, where a controlled vacuum is applied. The internal pressure difference is translated directly to a calibrated dial gauge showing the approximate air content percentage.
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COMPACTION FACTOR APPARATUS AZA1107
- Precision measurement of compaction factor for dry and stiff concrete
- Double-hopper system with smooth trap release
- Conforms to IS 1199 and BS 1881 standards
- Suitable for precast plants, RMC units, and civil engineering labs
- Rugged, powder-coated mild-steel construction
- Cylindrical container included for final measurement
MORTAR PENETROMETER AZA1115
Key Features
- Complies with ASTM C403 Standard
- Used to determine mortar hardening rate
- Spring-loaded stem graduated 0–70 kg (1 kg divisions)
- Includes six interchangeable stainless steel needles
- Measures resistance at 25 mm penetration
- Shanks marked every 5 mm for depth guidance
- Supplied in a polished wooden carrying case
- Suitable for both laboratory and on-site QC
PLASTIC BEAM MOULD AZA1128
The Azalab AZA1128 Polyurethane Beam Mould Series is engineered for casting concrete beam specimens used in flexural strength tests. Built from high-impact, shock-absorbing polyurethane, these moulds deliver exceptional durability, dimensional accuracy, and ease of handling. Their lightweight yet robust design makes them suitable for both laboratory and field applications.
Polyurethane offers superior resilience compared to traditional metal or rigid plastic alternatives, enabling these moulds to withstand vibration, repeated use, and environmental exposure. The smooth internal finish ensures clean, damage-free demoulding, while the mould structure maintains consistency across multiple cycles.
Each AZA1128 mould complies with IS 516, ASTM C78, and BS 1881, ensuring reliable and standardized test preparation.
POCKET CONCRETE PENETROMETER AZA1114
- Measures Early Setting & Strength of concrete and mortar
- Direct Penetration Reading via spring-loaded plunger
- Dual Units: MPa or psi
- ASTM C403 & IS 8142 Compliant
- Compact, Portable & Field-Ready
- Includes Carrying Case & Calibration Chart
U SHAPE BOX APPARATUS AZA1113
- Measures SCC blocking resistance through simulated rebar congestion
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VEE BEE CONSISTOMETER AZA1101
AZA1101 Vee Bee Consistometer is a laboratory-grade concrete testing instrument designed for measuring the workability of stiff and low-slump concrete mixes with high accuracy. It is widely used in construction material testing laboratories, civil engineering institutes, infrastructure projects, and quality control departments.
This equipment performs both slump test and Vee Bee time test, providing dual accuracy in concrete consistency evaluation. It is especially ideal for testing dry, roller-compacted concrete and pavement concrete mixes, where traditional slump tests alone are not sufficient.
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