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Fabric Wrinkle Bending Tester
The Fabric Wrinkle Bending Tester is a specialized instrument used to assess the wrinkle recovery properties of various textile fabrics. It simulates the conditions that fabrics encounter during actual use, such as pressure and temperature, to evaluate their ability to form and recover from wrinkles
Applications
This tester is widely used in:
Textile Production: Identifying and resolving wrinkle issues in seams, cutting, and sewing processes
Clothing Design: Helping designers understand fabric behavior under different conditions to create more consumer-friendly products
Quality Control: Providing critical data for textile enterprises to ensure product quality and compliance with standards
Standards
The testing methods and results should comply with relevant national or international standards, such as AATCC 128,ISO 9867,ENKA 3061, GB/T 3819, ISO 2313.
Parameters
| Parameter | Specification |
|---|---|
| Sample Size | Standard: 40 × 15 mm (other sizes available) |
| Pressure Load | 10 N (adjustable per standard) |
| Recovery Angle Measurement | 0–360° with 1° resolution |
| Test Time | 1 s – 9999 s (includes immediate and delayed recovery) |
| Principle | Vertical or horizontal crease recovery method |
| Test Method | Sample is subjected to specified pressure; recovery angle recorded over time |
| Ambient Conditions | Room temperature 20–25°C, relative humidity 50–65% RH |
| Dimensions | Approx. 400 × 250 × 300 mm (L×W×H) |
| Weight | Approx. 25 kg |
| Power Supply | AC 220 V, 50 Hz, 50 W |
Features
Accurate Wrinkle Assessment: Measures immediate and delayed recovery angles with high resolution.
Adjustable Load & Time: Easily set pressure load and test duration according to standards.
Simulated Real Conditions: Mimics pressure and fabric handling conditions in practical use.
Compact & User-Friendly: Space-saving design suitable for labs and QC departments.
Multi-Standard Compliance: Supports AATCC, ISO, ENKA, and GB/T textile testing protocols.
Durable Construction: Reliable mechanical components ensure long-term stability and precision.
