Shoe Heel Impact Fatigue Tester
Meet the standard
BS-5131
SATRA TM21. etc
Main uses
Heel impact fatigue testing machine is mainly used to test the continuous impact tolerance index of women's high heels, mid-heels and other footwear. The device performs a continuous impact test on the heel by simulating the various forces that the wearer experiences while walking or running, until the heel fatigue breaks. Through this process, it is possible to understand the heel's tolerance index to continuous stress and determine the durable quality of the heel. The equipment is widely used in footwear manufacturing, quality testing, research and development design and other fields, is an important tool to evaluate product durability, optimize product design, and enhance product competitiveness.
Product Advantages
Measures Key Durability Property: Evaluates the resistance of footwear heels to fatigue and breakage from repeated impacts.
Standard Compliant: Designed to meet relevant national and international standards (BS 5131. SATRA TM21) specifically for heel fatigue testing.
Simulates Real-World Impacts: Replicates the dynamic impact forces experienced by heels during walking or running.
Provides Objective Data: Determines the number of impact cycles a heel can withstand until failure, providing a quantitative measure of durability.
Evaluates Continuous Stress Tolerance: Assesses the heel's ability to tolerate ongoing impact forces.
Suitable for Various Heel Types: Applicable for testing high heels, mid-heels, and other footwear styles with defined heels.
Supports Quality Control and R&D: Essential tool for evaluating product durability, informing design improvements, and verifying quality.
Controllable Test Parameters: Allows for setting and controlling the impact energy and shock frequency.
Technical parameters
Impact energy: Indicates the energy released by the device with each impact, usually 0.68J/blow or other specific value, used to simulate the impact force of different strengths.
Shock frequency: Indicates the number of shocks released by the device every minute. The value is usually 60 shocks per minute. It is used to simulate continuous shocks.
Swing arm: Usually 12.5mm in diameter or some other specific value, it is one of the key components of the device and is used to transmit and release impact energy.
Punching hammer: Parameters such as diameter and thickness may vary from model to model, but usually have sufficient quality and hardness to ensure impact effect.
Punch edge: Having a specific size and shape for direct impact on the heel, and its material and hardness must meet the test requirements.
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