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COMPRESSION AND FLEXURAL TESTING MACHINES SPLITTING TENSILE TEST DEVICE AZA1141
The AZA1141 Integrated Concrete Strength Testing System is a multifunctional, heavy-duty testing solution combining compression testing, flexural testing, and splitting tensile testing in a single, robust machine. Engineered for high accuracy, reliability, and compliance with global standards, it is ideal for laboratories, research facilities, QC departments, and construction material testing centers requiring a complete mechanical testing suite within one compact frame.
This advanced system is designed to evaluate:
• Compressive strength of concrete cubes and cylinders (ASTM C39)
• Flexural strength of concrete beams (ASTM C78)
• Indirect tensile strength using the splitting tensile test (ASTM C496)
A unified hydraulic or servo-controlled loading frame ensures precise, stable load application across all test modes. Interchangeable jigs, platens, and beam fixtures enable rapid switching between test types, significantly improving laboratory productivity. Each frame is constructed using high-strength, corrosion-resistant steel with precision machining to maintain alignment and load accuracy even under extreme capacities (1000–3000 kN).
Advanced variants include digital control consoles with PC connectivity, real-time graphing, and automated data acquisition, while manual models cater to field or budget-oriented labs.
Description
Key Features
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Integrated system for compression, flexural, and splitting tensile tests
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Hydraulic and digital/servo-controlled options available
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Rigid, heavy-duty frame ensures accurate load transfer
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ASTM compliant: C39 (compression), C78 (flexural), C496 (splitting tensile)
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Suitable for cube, cylinder, and beam specimens
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Interchangeable fixtures for quick test switching
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Optional PC software for reporting and analysis
Specifications
| Feature | Specification |
|---|---|
| Load Capacity | 1000 – 3000 kN (model dependent) |
| Testing Functions | Compression, Flexural, Splitting Tensile |
| Control Mode | Manual / Hydraulic / Servo-Controlled |
| Display | Digital Indicator / Computer Interface (optional) |
| Standards Compliance | ASTM C39, ASTM C78, ASTM C496 |
| Compression Platen Size | Typically 165 mm dia. |
| Flexural Beam Size | 100 × 100 × 500 mm (or customized) |
| Cylinder Size (Tensile) | 150 mm dia. × 300 mm height |
| Frame Material | Heavy-duty steel with anti-corrosion coating |
| Power Supply | 220–240V, 50 Hz (customizable) |
| Included Accessories | Flexural fixture, Splitting tensile jig, Spacers |
Applications
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Concrete cube and cylinder compression testing
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Beam flexural modulus of rupture testing
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Splitting tensile testing for indirect tensile strength evaluation
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Research laboratories
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Construction material QC labs
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Engineering colleges and testing institutions
Available SKU
| Model No. | Description |
|---|---|
| AZA1141 | Integrated Compression, Flexural & Splitting Tensile Testing Machine |
Frequently Asked Questions (FAQ)
Q1: Can all three tests be performed on one machine?
Yes, the AZA1141 includes modular fixtures for compression, flexural, and splitting tensile tests in a single system.
Q2: Which standards does it comply with?
It fully complies with ASTM C39, ASTM C78, and ASTM C496.
Q3: What types of specimens can be tested?
Concrete cubes, cylinders, and beams as per standard dimensions.
Q4: Is software included?
Advanced models support PC connectivity with optional software for data acquisition and report generation.
Q5: What is the calibration requirement?
Annual calibration or after every 1000 test cycles is recommended. AZA-LAB provides calibration and maintenance services.
Additional information
| Load Capacity |
1000 – 3000 kN (based on model) |
|---|---|
| Testing Functions |
Compression, Flexural, Splitting Tensile |
| Control Mode |
Manual / Hydraulic / Servo-Controlled |
| Display |
Digital / Computer Interface (optional) |
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Manufactured from high-grade stainless steel, the probe is corrosion-resistant and suitable for harsh site conditions. The etched scale markings provide direct readings in millimeters or inches, allowing accurate penetration depth measurement without additional instruments.
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