The Tear Resistance test measures the force required to tear a sample material such as woven or non-woven fabrics, and plastic film or sheeting. This test allows manufacturers to determine the strength of the sample.
This test complies with the following standards: ASTM D1004 Standard Test Method for Initial Tear Resistance of Plastic Film and Sheeting, WSP100.2 (INDA/EDANA) Standard Test Method for Tearing Strength of Nonwoven Fabrics by Trapezoid Procedure, and ASTM D 5587 Standard Test Method for Tearing Strength of Fabrics by Trapezoid procedure. Nelson Laboratories is an active member of ASTM committees.
- NFPA 1999
Standard turn around times (TAT) are listed below. Ask an expert for a specific consultation on your product. If you are ready to submit your samples for testing, click here to fill out the Sample Submission Form.
|Code||Test||TAT (days)||Request Quote|
|PHY220||Tear Resistance of Fabrics||7||Add|
|PHY225||Tear Resistance of Rubber and Elastomerics||10||Add|
PHY220 - Tear Resistance of Fabrics
TAT: 7 days
PHY225 - Tear Resistance of Rubber and Elastomerics
TAT: 10 days
PHY220: Minimum 10 samples (5 cross and 5 machine); each sample must be 3 x 6 inches
PHY225: Minimum 11 samples; each sample is die cut ~2 x 5 inches
Study OutlineIn the Tear Resistance test, plastic samples are cut using the ASTM D1004 C die and the average of several thickness measurements is reported. The instrument is set up with the crosshead speed to 2 inches per minute and the specimen is inserted into the grips. The maximum load in pound force for the specimen is reported.
Fabric samples are cut to 3 x 6 inches. The instrument is set to 12 inches per minute and the specimen is inserted into the grips. The maximum load in pound force is reported.