ISO 13937 Tear Properties of Fabrics - Wing Specimens
This standard mainly applies to most woven textile fabrics, but can be applicable to fabrics produced by other techniques. The method specifies a procedure to determine the tear strength of textile fabrics using the wing method. A rectangular specimen is cut on the shorter dimension to form “wings”, then cut again in the center of the shorter dimension to form a wing shape. Each wing is inserted into the grip faces and pulled to tear the fabric.
For this test, it is important to have an increased test data rate to ensure the capture a high number of data points. This is because when individual fibers within the fabric fail, the data rate must be fast enough to catch these peaks.
Pneumatic side action grips with rubber coated jaw faces are well suited for clamping of the trouser specimens. While manual action grips will work, many prefer pneumatic side action grips for ease of use, productivity, and better repeatability. Adjustable grip pressure also allows users to fine-tune the gripping pressure to avoid jaw breaks or slippage.
The challenges of testing to this standard are:
- Rapid data capture rate
- Specimen gripping
- Rapid data capture rate with Instron's 5900 controller allows data peaks and valleys to be captured accurately at up to 2,500 points per second
- Instron pneumatic side action grips with rubber faces are well-suited to gripping nearly all types of fabric specimens for this test while maintaining high throughput
It is important to review ISO 13937-3:2000 in order to fully understand the test setup, procedure, and results requirements.
The 2712-04x Series Pneumatic Side Action grips are ideal for static tensile testing on a wide range of materials and specimen types including plastics, elastomers, metals, textiles, paper, thin sheet, foil, and wire.
- 1.1 MB
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Instron 3400 Series universal testing systems for tensile, compression, bend, and other material property tests.
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