Original source · versioned page text
Landscape Specification
Unit 4/40 Bessemer St
Blacktown NSW 2148
Phone 02 9621 3706
www.FloorSlipTest.com.au [email protected]
2 September 2020
Test Report No. R21788c
Accelerated Wear Slip Resistance Test
AS 4586-2013 Appendix A: incorporating accelerated wear conditioning to evaluate in-service wear
The purpose of the accelerated wear condition is to assist specifiers to better understand how the slip resistance of an
individual product may alter with wear, thus helping to differentiate between products that might otherwise have
seemingly similar slip resistance characteristics. AS 4586 does not provide guidance on the conduct of such
accelerated wear tests; however, Appendix A3 states that “if a product Standard or specification contains a
requirement for the permanence of slip resistance, this requirement shall be determined after the appropriate
accelerated again or wear testing procedure”. The conditioning protocol primarily used within industry is based on
method developed by Strautins1. The results are intended to be used as an informative guide to the selection of surfaces
within a quality management system; please refer to AS 4586, HB 198 and Strautins (2008) for further information.
Test Method: AS 4586 Appendix A:
Test sample description, operating and equipment parameters outlined on previous page
Sample Preparation: Safe Environments in-house SOP – Accelerated Wear Slip Testing
Abrasive pad: 3M Scotchbrite Heavy Duty Scour Pad No. 86 (water wet)
Machine Gardco D12VFI washability and wear-testing machine
Mass of friction boat: 1000 ±50g Area: 100 ±10mm x 100 ±10mm
Cycle Rate: 50 ±5 cycles per min Path length: 300 ±50 mm
_____________________________________________________________________________________________
Wear Cycles Specimen 1 Specimen 2 Specimen 3 Specimen 4 Specimen 5 Mean Class
0 69 70 69 65 66 68 P5
This test report shall not be reproduced unless in full, without written approval of Safe Environments Pty Ltd
100 56 61 57 51 56 56 P5
500 47 54 51 45 50 49 P4
1000 41 51 49 41 46 46 P4
5000 32 40 40 31 36 36 P3
BPN vs Wear Cycles
80
70
60
50
40
BPN
30
20
10
0
0 1000 2000 Wear Cycles 3000 4000 5000
1 Strautins, Carl J (2008) ‘Sustainable Slip Resistance: An Opportunity for Innovation’, Qualicer ’08, Xth World Congress on
Ceramic Tile Quality, Castellon Spain. Publication available upon request.
2 September 2020 Page 3 of 3
R21788c - Slip Check, Brystone White www.SafeEnvironments.com.au
See the original
The page text is free to read. Viewing or downloading an original file needs an account.
Log in to see the originalLog in to download the original file
The download may take up to a minute.