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Shoe Bending Angle Tester: Key Features & Technical Insights
The Shoe Bending Angle Tester is a critical device for assessing footwear flexibility and durability, ensuring compliance with industry standards. This guide outlines its applicable standards, key parameters, operating principles, and test methodologies.
The tester adheres to international norms such as ISO 20344, SATRA TM144, and ASTM F2892, which define bending resistance requirements for safety footwear. These standards specify test methods, angle ranges, and pass/fail criteria to evaluate shoe performance under simulated use.
| Parámetros | Description |
|---|---|
| Bending Angle Range | 0°–90° (adjustable in 1° increments) |
| Testing Speed | 5–60 cycles/min (programmable) |
| Capacidad de carga | Up to 500N (configurable per standard) |
| Dimensions | Compact design (300×400×500mm) |
| Salida de datos | Real-time graphs, PDF/Excel reports |
El probador adoptaservo-driven rotary table to bend shoe samples at a controlled angle and speed. A load cell measures the force required to flex the shoe, while displacement sensors track deformation. The system integrates PLC control and software analysis to automate testing cycles and generate precise results.
Preparación de muestras: Secure the shoe to the fixture, aligning the flex line with the bending axis.
Cycle Execution: The shoe is repeatedly bent to the target angle (e.g., 90° for safety boots) at a set speed.
Data Analysis: Software calculates bending stiffness (N·m/rad) and identifies failures like delamination or crack formation.
This tester enables manufacturers to optimize shoe design, ensuring comfort, safety, and adherence to global quality benchmarks.
Teléfono de la empresa
+86-21-6420 0566
Horas de trabajo
De lunes a viernes
Teléfono móvil:
13816217984
Correo electrónico:
info@qinsun-lab.com
