Textile Flatness Tester
I. Product Overview
TheTextile Flatness Testeris a precision instrument designed to evaluate fabric surface evenness by quantifying thickness variation, weave irregularities, and fiber distribution. It ensures compliance with quality standards for garment manufacturing, upholstery, and industrial textiles.
- Type: Non-contact optical scanning system
- Measurement Parameters:
- Thickness variation (μm)
- Surface roughness (Ra)
- Weave flatness index (FI)
- Sample Size: Up to 1000×1000mm (adjustable)
- Applications: Knitted fabrics, woven textiles, technical textiles
II. Technical Specifications
| Parameter | Specifications |
|---|---|
| Scanning Resolution | 0.1mm x 0.1mm grid mapping |
| Thickness Measurement Range | 0.05-10mm (±0.5% accuracy) |
| Surface Roughness Detection | 0.1-100μm Ra (ISO 4287 standard) |
| Light Source | 400-700nm RGB LED array |
| Data Output | 3D topography map + statistical CSV |
| Dimensions | 1500×800×1200mm (L×W×H) |
III. Key Features
- Multi-Layer Analysis:
- Surface Layer:Detects yarn unevenness
- Mid-Layer:Measures fabric density
- Base Layer:Identifies substrate irregularities
- Advanced Features:
- AI defect classification (32+ pattern types)
- Real-time thickness deviation alerts
- Batch comparison with historical data
- Calibration System:
- NIST-traceable reference plates
- Auto-zero compensation
- Environmental drift correction
IV. Compliance Standards
- ISO 9073-4 (Textile flatness measurement)
- ASTM D3884 (Abrasion resistance correlation)
- AATCC 124 (Appearance after repeated home laundering)
- GB/T 3917.2 (Chinese fabric evenness standard)
V. Applications
- Quality Control:Pre-shipment fabric inspection
- R&D:Developing wrinkle-resistant fabrics
- Forensic Analysis:Evaluating wear patterns
- Textile Education:Training on fabric defects
Standard Operation Workflow:
- Sample Mounting: Clamp fabric on vacuum table
- Parameter Setup: Select test mode (static/dynamic)
- Scanning: Full-area 3D mapping (5-20min)
- Analysis: Generate defect density heatmaps
- Reporting: Export PDF/A4 compliance reports
在线联系供应商
Other supplier products
 |
Goggles Puncture Resistance Testing Machine | Applicable standards: GB 811-2010 ECE R22.05 EN1077 Purpose It is to make a certain weight of sharp objects fall from the height specified i... |
 |
JIS Rubbing Colour Fastness Tester | This rubbing color fastness tester is a standard testing machine of the Type II rubbing tester (GAKUSIN TYPE) specified in JIS L0849Test Method o... |
 |
Building Materials Non-combustibility Tester | Product details Building materials non-combustibility testeris designed to test the combustibility of main components in homogeneous and nonhomoge... |
 |
Precision Fiber Slicer | introduction G214Precision Fiber Slicer is used to make the accurate fiber cross-sectional specimens for further inspection or research under the ... |
 |
High Velocity Impact Testing Machine | Main Purpose To test the impact - resistance performance of glasses, goggles and face shields at a certain speed. Applicable Standards SNELL SA/... |
Same products
 |
Plasma Indicator Strips Tape | 卖方: Hopeway AMD | Plasma Indicator Strips Tape provides a convenient solution for monitoring plasma sterilization p... |
 |
Custom Stainless Components for OEM Applications | 卖方: Yongjia County Yaokang Technology Co., Ltd. | Our stainless steel float balls are designed for float valves, water tanks, and industrial liquid... |
 |
Precision Design for Automatic Liquid Level Control | 卖方: Yongjia County Yaokang Technology Co., Ltd. | Our stainless steel float balls are designed for liquid level control applications in valves, tan... |
 |
"China manufacturer power supply VM-5H3 for power generation | 卖方: DONGFANG YOYIK (DEYANG) ENGNIEERING CO; LTD | "China manufacturer power supply VM-5H3 for power generation Is to use the generator sets of prof... |
 |
Reliable Components for Water and Industrial Systems | 卖方: Yongjia County Yaokang Technology Co., Ltd. | The Stainless Steel Float Ball is designed for automatic liquid level control and fluid managem... |
