Product Description
Shoe heel impact fatigue tester HD-P801-1
THE USAGE:
The machine manufactured according to the specifications,specialized test female high heels,heels resistant continuous impact of the number,at ba certain energy and frequency, impact fatigue testing machine punch heel edge pummeled heel,until heel fatigue cracking,to understand the stress of heel withstand continuous index and determine the heel of durable quality.
Standards:BS-5131
Parameter:
| Hit energy | 0.68J/blow |
| Hit frequency | 60 blows/min |
| Arm swing | 12.50.1mm |
| The size of the hammer | 57mm,20mm(D) |
| The size of the red edge | 20*6*35mm,3mm(R) |
| Adjustable range | Up and down~90mm(H),left and right~80mm(W),angle 0~180 |
| Counter | LCD,0~999999 |
| The size of machine | (L*W*H)50*45*50cm |
Precision Impact Testing for Footwear HeelsDesigned to mimic real-world heel strikes, this tester delivers consistent impact force to assess shoe heel fatigue. Its robust mild steel structure ensures stability, while adjustable features allow for versatile applications. Compliance with international standards guarantees dependable results for manufacturers and quality control professionals.
Advanced Digital Control and Safety MechanismsDigital touch controls enable precise operation and easy parameter adjustment. Safety is maximized with an emergency stop button and a transparent protective cover, ensuring risk-free testing environments. Automated counting and programmable timer functions streamline repetitive fatigue assessments.
Versatile Application and User-Friendly DesignWith dual-station capacity and compatibility for heels up to 140 mm, the system supports efficient parallel testing. The clear LCD display provides instant readings, while the ergonomic panel simplifies test setup. Low noise operation and free-standing mounting make it ideal for busy footwear labs.
FAQs of Shoe heel impact fatigue tester:
Q: How does the Shoe Heel Impact Fatigue Tester perform heel fatigue resistance tests?
A: The tester uses a 2.38 kg impact hammer to strike shoe heels with an energy of 1520 Joules at adjustable heights and a speed of 6080 impacts per minute. It digitally records every impact, enabling detailed analysis of a heels resistance to repeated stresses.
Q: What are the key safety features provided with this tester?
A: Safety is ensured through an emergency stop function and a transparent protective cover. These help prevent accidental contact and allow operators to halt the testing immediately if needed, supporting secure laboratory operation.
Q: Where is this equipment typically used, and who benefits from its application?
A: The tester is ideal for footwear laboratories, quality control departments, and manufacturing facilities. It benefits shoe manufacturers, retailers, dealers, and exporters who require data-driven quality assurance in compliance with SATRA, ISO, and EN testing standards.
Q: What are the environmental requirements for using the Shoe Heel Impact Fatigue Tester?
A: A stable, vibration-free surface is necessary, with ambient humidity between 20%80% RH and temperature ranging from 10C to 35C. These conditions ensure reliable operation and accurate fatigue test results.
Q: How many specimens can be evaluated at once, and what sizes are compatible?
A: The machine supports two simultaneous tests, accommodating specimens with heel heights up to 140 mm. This allows efficient comparative testing and throughput in busy labs.
Q: What are the main benefits of its programmable count stop and digital controls?
A: Programmable count stop lets users set the exact number of impacts for each test, ensuring repeatability and consistency. Digital touch controls enhance user convenience, provide clear readouts, and allow quick parameter adjustments.