All of our products meet or exceed ASTM-1292 standards.
For information on the testing available please contact us directly.
Thickness Requirements for CFH
Poured in Place
| Critical Fall Height | Thickness Requirement | Test Results Available |
| Up to 4ft. | 1.5 in. | Yes |
| Up to 5ft. | 2.0 in. | Yes |
| Up to 6ft | 2.5 in. | Yes |
| Up to 7ft | 3.0 in. | Yes |
| Up to 8ft | 3.5 in. | Yes |
| Up to 9ft | 4.0 in. | Yes |
| Up to 10 ft | 4.5 in. | Yes |
| Up to 12 ft | 5.0 in. | Yes |
Download PIP Fall Height Chart
Bonded
| Critical Fall Height | Thickness Requirement | Test Results Available |
| Up to 4ft. | 1.5 in. | Yes |
| Up to 5ft. | 2.0 in. | Yes |
| Up to 6ft. | 2.5 in. | Yes |
| Up to 7ft | 3.0 in. | Yes |
| Up to 8ft. | 3.5 in. | Yes |
| Up to 9ft. | 4.0 in. | Yes |
Download Bonded Rubber Fall Height Chart
Additional Available Test Results:
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Flammability Testing
Test method is intended to measure the response of finished textile floor covering materials when exposed to an ignition source under controlled laboratory conditions. It is applicable to all types of textile floor coverings whether constructed from natural or man-made materials. -
Static Coefficient Testing
Test determines the static coefficient of friction of tile or other surfaces using a neolite heel assembly. A neolite heel assembly with a 50 pound load is pulled horizontally with a dynamometer to measure the force required to cause the assembly to slip. After the sample is tested, measurements are calculated and reported as the static coefficient of friction. -
Breaking Load
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Graves Tear Strength Testing
Test method is designed to measure the tearing strength measured in the force required to continue or propagate a tear started previously in the specimen. The five highest peaks during the test are averaged for each of the three test specimens. The results of each specimen are averaged to obtain the resultant average tearing strength.
