Fabric & Textile Tester

Our Fabric Static Stress Resistance Tester is engineered to precisely evaluate the durability and resilience of fabrics under sustained pressure or tension. This essential tool helps manufacturers predict how textiles will perform over time when subjected to static loads, such as those experienced in seating, upholstery, or protective gear.

By simulating real-world static stress conditions, our tester provides quantitative data on fabric deformation, creep, and recovery, ensuring your materials meet stringent quality and longevity standards. It’s an invaluable asset for R&D, quality control, and product development in the textile industry.

Application Scope

It is used for testing the elbow static stress deformation of textiles such as woven fabrics or knitted fabrics. The testing instrument includes an elbow fabric static stress resistance tester, an elbow fabric protrusion height measuring instrument, a sample preparation template, etc.

Applicable Standards

DIN 53860

– 1: Inspection of textiles

– Inspection of planar fabric sac-like protrusions

– Part 1: Static stress bend tube test method

Product Features

1. The frame is made of high-quality aluminum alloy, which is relatively lightweight.

2. Equipped with LED lighting source, with high illuminance, clear imaging and easy identification.

3. Ball joint connection, with low sliding friction and smooth movement.

4. Hinged connection for easy clamping of samples.

5. The measuring arm is made of high-quality non-metallic materials, which is light and easy to operate.

Technical Parameters

1. Angle of the upper test arm relative to the vertical line: 10 degrees

2. Spring stiffness: 149N/M, meeting the standard requirement of 150N/M ± 30N/M

3. Wire diameter: 0.3mm

4. Diameter: 3mm

5. Length of the upper test arm: 250mm

6. Length of the lower test arm: 300mm

7. Connection method: Ball joint connection

8. Lighting source: LED with a power of 20W

9. Projection method: Optical imaging with a resolution of 1mm

10. Measuring arm: Hinged connection for easy clamping of samples

11. Dimensions:

– Static stress experiment part: 600mm×600mm×800mm

– Projection measurement part: 400×600×600mm

12. Power supply: AC220V 50Hz