Shoe Lace and Eyelet Abrasion Tester
Category：Shoes Abrasion Tester
Introduction
The Shoe Lace and Eyelet Abrasion Tester is designed to evaluate the wear resistance and durability of shoelaces and shoe eyelets under repeated friction. By simulating the interaction between the lace and eyelet during actual use, the tester provides objective data for the quality control of footwear, R&D of new shoe types, and performance testing by independent laboratories. The results reflect the expected service life and reliability of lacing components in footwear.
Applications
(1)Testing shoelaces for wear resistance in athletic, casual, and work shoes.
(2)Evaluating eyelets on leather, synthetic, and textile shoes for friction durability.
(3)Quality control in footwear manufacturing, ensuring lacing systems meet durability standards.
(4)R&D evaluation of new shoelace materials or coatings for improved lifespan.
(5)Testing finished shoes in laboratories for lacing component performance.
(6)Independent inspection and certification institutions for compliance with international durability standards.
Standards
(1)SATRA TM93 — Footwear Components: Shoelace and Eyelet Abrasion
(2)DIN 4843 — Leather and Synthetic Material Abrasion Resistance
(3)QB/T 2226 — Footwear Component Testing Methods
(4)SATRA TM154 — Lace and Eyelet Wear Resistance Test
(5)BS 5131:3.6:1991 — Footwear Testing: Eyelet and Lace Abrasion
(6)ISO 22774 — Leather and Footwear: Shoelace/Eyelet Durability Test
Technical Parameters
| Item | Specification |
|---|---|
| Sample Group Number | 6 groups (multi-group simultaneous testing) |
| Test Speed | 60 ± 3 times/min or 100 ± 5 times/min, adjustable |
| Test Times | 0–99,999,999 cycles, automatic stop when reached |
| Test Load | 250 g or 455 ± 5 g, adjustable |
| Counter | Digital display, tracks cycles up to 99,999,999 |
| Automatic Stop | Yes, when preset cycles reached or sample failure occurs |
| Power Supply | AC 220V |
Features
(1)Simulates real-world friction between shoelaces and eyelets to evaluate wear resistance and component durability.
(2)Multiple testing stations (typically 6 groups) allow simultaneous testing of several shoelace-eyelet pairs, improving efficiency.
(3)Adjustable test speed, test load, and test times to meet different standards and material requirements.
(4)Automatic cycle counter and stop function ensure precise, repeatable testing.
(5)Robust construction for continuous operation in quality control or laboratory environments.
Accessories
(1)Shoelace and eyelet holding fixtures
(2)Multi-station support frame
(3)Digital cycle counter
(4)Instruction manual
Maintenance Information
(1)Keep fixtures clean and free from debris to ensure accurate testing.
(2)Check and calibrate the test load and speed periodically.
(3)Lubricate moving parts as required to prevent wear.
(4)Inspect clamps and holding fixtures before each test for secure operation.
(5)Store the machine in a dry environment to prevent corrosion and maintain performance.
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