MOR TESTING MACHINE AZA1265

Description

Purpose of MOR Testing

The Modulus of Rupture test measures the maximum stress a ceramic tile can withstand before failure when loaded in bending. This test provides direct insight into:

• Structural integrity of ceramic tiles

• Load-bearing performance under service conditions

• Manufacturing consistency and quality control

• Compliance with national and international standards

• Suitability of tiles for flooring and wall applications

The AZA1265 is purpose-built to perform this test accurately and reliably, even for large-format tiles.

Robust Mechanical Design

The AZA1265 features a rigid, heavy-duty steel frame designed to eliminate vibration and deflection during testing. The precision-aligned support rollers and loading nose ensure uniform force application across the tile surface.

Key mechanical features include:

• High-strength welded frame construction

• Precisely machined support and loading rollers

• Adjustable span length to accommodate different tile sizes

• Stable base for floor-mounted or bench-top installation

This construction ensures long-term dimensional stability and consistent test performance even under repeated high-load conditions.

High Load Capacity & Force Control

The testing system is available in two force capacity configurations:

• 500 KGF

• 1000 KGF

These options allow users to select the appropriate capacity based on tile thickness, size, and strength class. The controlled force application mechanism ensures smooth, gradual load increase, preventing shock loading and ensuring accurate determination of breaking strength and MOR values.

Wide Tile Size Compatibility

The AZA1265 is designed to test both standard and large-format ceramic tiles commonly used in modern construction projects. The adjustable support system allows quick configuration for different tile dimensions without complex tooling.

Supported Tile Sizes

• 300 × 300 mm

• 600 × 600 mm

• 800 × 1200 mm

• 1000 × 1000 mm

• 1200 × 1200 mm

This versatility makes the AZA1265 suitable for both traditional ceramic tiles and large slab formats.

User-Friendly Operation

Despite its industrial-grade construction, the AZA1265 is designed for simple and intuitive operation. Operators can quickly position the tile, adjust the supports, and initiate the test with minimal setup time.

Operational advantages include:

• Easy specimen placement and alignment

• Clear load indication for accurate reading

• Minimal operator training required

• Consistent results across different operators

This makes the system ideal for production-line quality checks as well as laboratory testing.

Applications

The AZA1265 MOR Testing Machine is widely used across multiple sectors, including:

• Ceramic Tile Manufacturing Plants – Routine quality assurance and batch testing

• Construction Material Testing Laboratories – Certification and compliance verification

• Civil Engineering Departments – Structural performance evaluation

• Construction Sites – Random quality checks for installed materials

• Educational & Research Institutions – Teaching material mechanics and tile performance

Standards Compliance

The AZA1265 is designed and manufactured to meet the requirements of:

• ISO 10545-6 – Ceramic tiles: Determination of bending strength and modulus of rupture

Compliance with this standard ensures that test results are accepted by regulatory authorities, consultants, and third-party inspection agencies.

Key Benefits

• High-accuracy MOR determination

• Rigid structure for vibration-free testing

• Suitable for large-format ceramic tiles

• Multiple load capacity options

• Durable design for long service life

• Low maintenance requirements

• Consistent and repeatable test results

• Ideal for laboratory and factory environments

Technical Specifications

The AZA1265 MOR Testing Machine is a reliable, high-performance solution for evaluating the flexural strength of ceramic tiles. Its robust construction, wide tile compatibility, and compliance with ISO standards make it a trusted choice for manufacturers and testing laboratories that demand accuracy, durability, and repeatability in material testing.