The X-ray diffractometer leverages diffraction principles to determine crystal structure, texture, and stress, performing accurate phase, qualitative, and quantitative analyses. It is widely applied in metallurgy, petroleum, chemical engineering, aerospace, research, teaching, and material production.

The AL-Y3500 series XRD is tailored for materials research and industrial analysis, blending conventional methods with specialized measurements for versatile applications.

Feature

• The perfect combination of hardware system and software system can meet scholars and researchers’ requirements in

different application fields.

• High precision diffraction angle measurement system ensures more accurate measurement results.
• High stability of the X-ray generator control system ensures more stable repeated measurement accuracy.
• Various functional accessories realizes different testing purposes.
• Programmed operation, integrated structure design, easy operation, more beautiful appearance.

🔬 How It Works?

The AL-Y3500 X-ray Diffractometer operates on the principle of X-ray diffraction, where incident X-rays interact with a crystal’s atomic planes, producing diffraction patterns. By analyzing these patterns, the system determines phase composition, crystal structure, texture, and residual stress with exceptional accuracy. Its high-precision goniometer, stable X-ray generator, and multi-mode scanning system ensure reproducible and consistent results across varied samples.

💡 Advantages

• Unmatched Precision – Accurate diffraction angle measurements with 0.0001° reproducibility.

• Stable Performance – High-stability X-ray generator ensures repeatability.

• Flexible Applications – Compatible with multiple detectors and accessories.

• User-Friendly – Programmed operation with integrated design and easy interface.

• Safe & Reliable – Low radiation dose ensures operator safety.

• Long-Term Value – Robust construction with low maintenance requirements.

🔍 Recommended Models by Use Case

• Educational & Teaching Labs: Standard AL-Y3500 configuration with Cu target tube for fundamental training.

• Research Centers: High-resolution model with SDD detector for advanced structural studies.

• Industrial QC Departments: Customized models with fast scan capability for high-throughput analysis.

• Materials Science Laboratories: Multi-detector setup for comprehensive phase and stress testing.

🧪 Ideal For

• Metallurgy & alloy development

• Petroleum & chemical engineering

• Aerospace materials testing

• Academic research & teaching

• Quality control in material production

• Nanomaterial and crystallography studies