GT-7042-AFR
Soles Fatigue Resistance Tester
The GT-7042-AFR is specifically designed to assess the fatigue resistance of shoe soles.
To conduct the fatigue resistance assessment, the sole test piece is subjected to repeated compression at a specific rate simulating real-world jogging motion. After the completion of a specific number of compression cycles, the sole test piece is evaluated for its changes in thickness, characteristics, and performance for determining its fatigue resistance.
PRINCIPLE: The GT-7042-AFR is specifically designed to assess the fatigue resistance of shoe soles. It simulates real-world jogging motion by applying repeated compression at a specific rate and pressure to the sole materials, enabling operators to determine any changes in characteristics after the materials have been subjected to fatigue conditions.
COMPRESSION SIMULATION: This instrument applies repeated compression at specific rate and pressure to the sole materials, authentically simulating real-world jogging scenarios.
FATIGUE COMPRESSION: Utilizes repeated compression with a specific number of cycles to replicate fatigue conditions of long-term use.
OBSERVATION OF APPEARANCE CHANGES: After completing the fatigue test, observe any changes in appearance to assess the durability of sole materials.
QUALITY ASSURANCE: Supports manufacturers in ensuring and maintaining consistency in product quality and performance during quality assurance processes.
MATERIAL PERFORMANCE ASSESSMENT: This instrument enables operators to evaluate the performance of sole materials in durability, elasticity, and resistance to fatigue by subjecting them to repeated compression for a specific period of time.
PRODUCT DESIGN ENHANCEMENT: Offers valuable insights into the fatigue resistance of shoe soles made from various materials and structures, assisting manufacturers in enhancing material design and selection during research and development.
BRAND REPUTATION: Maintains brand reputation for quality and durability by assessing fatigue resistance with the sole fatigue tester.
QUALITY IMPROVEMENT: Allows manufacturers to assess the weakness of materials under fatigue conditions, supporting quality improvement and reliability advancements.
STANDARD CONFORMITY: Ensures that products meet industry standards and satisfy quality expectations in the market.
