Seatbelt Fabric Pilling Tester
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Whats/App: +86 181 0160 0864
The Seatbelt Fabric Pilling Tester is designed to simulate the pilling and wear of garments caused by seatbelt friction. It is suitable for testing the frictional effects of seatbelts on textiles and evaluating the pilling changes of garments under realistic seatbelt use conditions. The system allows adjustable test speed, automated counting, and precise simulation of human movement to ensure reproducible and accurate pilling assessment.
Application
Simulating pilling and wear on garments caused by seatbelt friction
Friction testing of seatbelts against textile materials
Evaluating garment durability under realistic seatbelt use conditions
Textile performance testing in automotive and apparel industries
R&D and quality control laboratories for garments and safety equipment
Technical Parameters
| Parameter | Specification |
|---|---|
| Swing Speed | 5–60 swings/min, adjustable |
| Swing Count | 1–99,999, programmable |
| Machine Weight | 100 kg |
| Power Supply | AC 220 V, 500 W |
| Control Interface | Color touch screen, user-friendly operation |
| Drive | Servo motor for stable and reliable rotation |
Features
User-friendly control: Color touch screen with intuitive human-machine interface
Automated testing: One-button start, automatic counting, and automatic stop after test completion
Realistic simulation: Microcontroller-based control accurately simulates human movement frequency and swing times
Adjustable speed: Test speed can be varied to evaluate different effects on textile samples
Stable operation: High-precision servo motor ensures smooth and reliable rotation
Accurate pilling assessment: Simulates real-life seatbelt friction on garments for reproducible results
Test Procedures
Sample Preparation: Secure textile samples onto the polyurethane tube inside the drum.
Simulation Setup: Configure swing speed and number of swings according to test requirements.
Testing: Start the machine; the system automatically performs the swinging motion while counting cycles.
Observation: After completing the set number of swings, remove the samples and compare them with standard reference samples to evaluate the pilling grade.
Data Recording: Record swing speed, number of cycles, and sample evaluation results.
Maintenance Information
Regularly clean the drum, polyurethane tube, and safety covers
Check servo motor and electronic control system for proper operation
Inspect and calibrate the touch screen and counting system periodically
Ensure power supply stability and avoid overloading
Replace worn or damaged components to maintain accuracy
Conclusion
The Seatbelt Fabric Pilling Tester provides a reliable and automated solution for evaluating the pilling and wear of garments under seatbelt friction. Its color touch screen, programmable swing speed and count, and precise servo motor control allow realistic simulation of real-life conditions. The system improves laboratory efficiency, ensures repeatable and accurate testing, and helps assess garment durability in automotive and apparel applications.
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