SAIME. KaleidoSeries. 300x300,300x600,600x600&450x900mm Mat(R10CP4),Roc(R12P5)&Lappato. Bianco Beige Avorio. Cappucino Cenere Fango.

Transcription

1 SAIME KaleidoSeries 300x300,300x600,600x600&450x900mm Mat(R10CP4),Roc(R12P5)&Lappato Bianco Beige Avorio Cappucino Cenere Fango Grigio Mandorla Marone Mokka Nero

2 Registered Testing Authority - CSIRO 29 April 2015 Our Ref. EN13 / /0212 TEST REPORT No Requested by: Metro Tiles Pty Ltd 192 Granite Street Geebung QLD 4034 on (date): 20 March 2015 Manufacturer: Saime Product Desc.: Kaleido Series Matt Finish 300x600mm Sampling details: Where: Delivered Date: 20 March 2015 By whom: Courier How (methods): The results reported relate only to the sample(s) tested and the information received. No responsibility is taken for the accuracy of the sampling unless it is done under our own supervision. CSIRO cannot accept responsibility for deviations in the manufactured quality and performance of the product. While CSIRO takes care in preparing the reports it provides to clients, it does not warrant that the information in this particular report will be free of errors or omissions or that it will be suitable for the client's purposes. CSIRO will not be responsible for the results of any actions taken by the client or any other person on the basis of the information contained in the report or any opinions expressed in it. The reproduction of this test report is only authorised in the form of a complete photographic facsimile. Our written approval is necessary for any partial reproduction. This test report consists of 4 pages SUMMARY OF SLIP RESISTANCE TESTS PERFORMED: Result Class AS 4586:2013 Slip resistance classification of new pedestrian surface materials Appendix C: WET/BAREFOOT Ramp Mean angle of inclination: 36 C AS 4586:2013 Slip resistance classification of new pedestrian surface materials, Appendix D: OIL-WET Ramp Corrected mean overall acceptance angle: 15 R 10 In order to interpret the classifications, please refer to Standards Australia Handbook 198, An Introductory Guide to the Slip Resistance of Pedestrian Materials, which recommends minimum classifications for a wide variety of locations. It is important to realise that test results obtained on unused factory-fresh samples may not be directly applicable in service, where proprietary surface coatings, contamination, wear and subsequent cleaning all influence the behaviour of the pedestrian surface.

3 REPORT NO: Page 2 of 4 ISSUE DATE: 29 April 2015 MANUFACTURER: Saime PRODUCT DESC: Kaleido Series Matt Finish 300x600mm SLIP RESISTANCE CLASSIFICATION OF NEW PEDESTRIAN SURFACE MATERIALS WET/BAREFOOT RAMP TEST METHOD TEST CARRIED OUT IN ACCORDANCE WITH AS 4586:2013 (Appendix C) Test Date: 1 April 2015 Location: Slip Resistance Laboratory Test conducted by: KH, AG Sample Fixed Joint width: 0 mm structure: [ ] Smooth [ X ] Profiled [ ] Structured RESULTS Critical angle mean Reported mean Mean angle of inclination: Verification Board WB-A: Verification Board WB-B: Verification Board WB-C: Mean angle of inclination of Test Board: CLASSIFICATION: Quality Group: C

4 REPORT NO: Page 3 of 4 ISSUE DATE: 29 April 2015 MANUFACTURER: Saime PRODUCT DESC: Kaleido Series Matt Finish 300x600mm SLIP RESISTANCE CLASSIFICATION OF NEW PEDESTRIAN SURFACE MATERIALS OIL-WET RAMP TEST METHOD TEST CARRIED OUT IN ACCORDANCE WITH AS 4586:2013 (Appendix D) Test Date: 10 April 2015 Location: Slip Resistance Laboratory Test conducted by: KH, AG Sample Fixed Joint width: 0 mm structure: [ ] Smooth [ X ] Profiled [ ] Structured RESULTS Corrected mean overall acceptance angle: 15 Displacement space: not tested CLASSIFICATION: Slip Resistance Assessment Group: R 10 Displacement Space Assessment Group: - Test shoe used: Uvex Athletic

5 REPORT NO: Page 4 of 4 ISSUE DATE: 29 April 2015 MANUFACTURER: Saime TILE DESC: Kaleido Series Matt Finish 300x600mm Date and Place 29 April 2015, Highett, Vic Name, Title and Digital Signature: KHANH HO Technical Officer Tel: Fax: Khanh.Ho@csiro.au PR:H :34:52

6 SLIPTEST AUSTRALIA PTY LTD ~ ABN Blackbean Court ELANORA QLD 4221 PH SLIP RESISTANCE CLASSIFICATION OF NEW PEDESTRIAN SURFACE MATERIALS AS 4586 (2013) Appendix A (Wet Pendulum Method) Report Prepared For: METRO TILES Client Address: 192 GRANITE STREET GEEBUNG QLD 4034 Project: SAIME MATT SURFACE SERIES - KAL NERO 300 X 300 Property Tested: SAIME MATT SURFACE SERIES - KAL NERO 300 X 300 Date Tested: Test Report No: KO Issue Date: Testing was carried out using the Wet Test Method, using Slider 96 (Four S) rubber slider, in accordance with Australian Standard AS 4586 Appendix A Slider was conditioned/prepared using P400 abrasive paper and 3 µm lapping film Number of sites tested 5 Test location Test No. Type Gradient Degrees Type and extent of Cleaning Performed Results of last three swings British Pendulum Number Mean BPN Test Slope Correction value (SCV) Classification of Pedestrian surface materials according to the AS 4586 wet pendulum test Comments TILE 1 1 <1.5 TILE 2 2 <1.5 TILE 3 3 TILE <1.5 TILE 4 4 <1.5 TILE 5 5 <1.5 Temperature: Weather: Fine 33 o C Testing Instrument: Munro Portable Skid Tester # 1133 Calibration Date: Fixed Test: Testing Officer & Signatory: Kathryn Ording Testing is performed in the anticipated direction of pedestrian travel Unfixed Test : Testing is performed in the direction of least anticipated slip resistance SA HB 198:2014 TABLE 3A MINIMUM WET PENDULUM TEST OR OIL-WET INCLINING PLATFORM CLASSIFICATIONS THAT ARE DEEMED-TO-SATISFY THE BUILDING APPLICATIONS IN THE NCC Location Pendulum / Ramp SA HB 198:2014 TABLE 3B WET PENDULUM TEST OR OIL-WET INCLINING PLATFORM CLASSIFICATIONS FOR APPLICATIONS WHERE THE NCC DOES NOT REQUIRE SLIP RESISTANCE Location Pendulum / Ramp Ramp classes A, B & C are derived from the Wet Barefoot Test Method, whilst R9, R10, R11 & R12 are derived from the Oil-Wet Inclining Platform Test Method. Notes: Controlled Document TR S version Mean BPN Slip Resistance Value (SRV) Sliptest Australia Pty Ltd P4 The above classifications are provided without Slope Correction Values Materials Testing Laboratory - Accreditation number Blackbean Court ELANORA QLD 4221 Accredited for compliance with ISO/IEC The results of the tests, calibrations and/or measurements included in this document are traceable to Australian/National standards. P5 (V) P4 (W) P3 (X) P2 (Y) P1 (Z) P0 (Z) AS 4586 (2013) Table 2 AS 4663 (2004) Table 1 Classification of pedestrian surface materials according to the wet pendulum test Interpretation of the wet pendulum results Pendulum* SRV (see note 1) Pendulum* mean BPN * Notional contribution of the Class Four S rubber TRL floor surface to the risk of Slider 96 Slider 55 rubber slipping when water wet P5 >54 >44 >54 >44 Very Low P Low P Moderate P High P <20 <25 - Very High P0 <12 -

7 Registered Testing Authority - CSIRO 29 April 2015 Our Ref. EN13 / /0212 TEST REPORT No Requested by: Metro Tiles Pty Ltd 192 Granite Street Geebung QLD 4034 on (date): 20 March 2015 Manufacturer: Saime Product Desc.: Roc Series KAL 300x600mm Sampling details: Where: Delivered Date: 20 March 2015 By whom: Courier How (methods): The results reported relate only to the sample(s) tested and the information received. No responsibility is taken for the accuracy of the sampling unless it is done under our own supervision. CSIRO cannot accept responsibility for deviations in the manufactured quality and performance of the product. While CSIRO takes care in preparing the reports it provides to clients, it does not warrant that the information in this particular report will be free of errors or omissions or that it will be suitable for the client's purposes. CSIRO will not be responsible for the results of any actions taken by the client or any other person on the basis of the information contained in the report or any opinions expressed in it. The reproduction of this test report is only authorised in the form of a complete photographic facsimile. Our written approval is necessary for any partial reproduction. This test report consists of 3 pages SUMMARY OF SLIP RESISTANCE TESTS PERFORMED: Result Class AS 4586:2013 Slip resistance classification of new pedestrian surface materials, Appendix D: OIL-WET Ramp Corrected mean overall acceptance angle: 31 R 12 In order to interpret the classifications, please refer to Standards Australia Handbook 198, An Introductory Guide to the Slip Resistance of Pedestrian Materials, which recommends minimum classifications for a wide variety of locations. It is important to realise that test results obtained on unused factory-fresh samples may not be directly applicable in service, where proprietary surface coatings, contamination, wear and subsequent cleaning all influence the behaviour of the pedestrian surface.

8 REPORT NO: Page 2 of 3 ISSUE DATE: 29 April 2015 MANUFACTURER: Saime PRODUCT DESC: Roc Series KAL 300x600mm SLIP RESISTANCE CLASSIFICATION OF NEW PEDESTRIAN SURFACE MATERIALS OIL-WET RAMP TEST METHOD TEST CARRIED OUT IN ACCORDANCE WITH AS 4586:2013 (Appendix D) Test Date: 10 April 2015 Location: Slip Resistance Laboratory Test conducted by: KH, AG Sample Fixed Joint width: 0 mm structure: [ ] Smooth [ X ] Profiled [ ] Structured RESULTS Corrected mean overall acceptance angle: 31 Displacement space: not tested CLASSIFICATION: Slip Resistance Assessment Group: R 12 Displacement Space Assessment Group: - Test shoe used: Uvex Athletic

9 REPORT NO: Page 3 of 3 ISSUE DATE: 29 April 2015 MANUFACTURER: Saime TILE DESC: Roc Series KAL 300x600mm Date and Place 29 April 2015, Highett, Vic Name, Title and Digital Signature: KHANH HO Technical Officer Tel: Fax: Khanh.Ho@csiro.au PR:H :49:50

10 Report Prepared For: Project: Property Tested: SAIME ROC SURFACE SERIES - KAL GRIGIO X 600 Date Tested: Test Report No: KO Issue Date: Fixed Test: Number of sites tested 5 Test location TILE 1 1 < TILE 2 2 < TILE 3 3 TILE < TILE 4 4 < TILE 5 5 < Temperature: 33 o C Mean BPN Slip Resistance Value (SRV) before temperature adjustment 73 Weather: Fine Temperature adjusted if applicable Mean BPN Slip Resistance Value (SRV) for (33 o C) 75 Testing is performed in the anticipated direction of pedestrian travel Unfixed Test : Testing is performed in the direction of least anticipated slip resistance SA HB 198:2014 TABLE 3A MINIMUM WET PENDULUM TEST OR OIL-WET INCLINING PLATFORM CLASSIFICATIONS THAT ARE DEEMED-TO-SATISFY THE BUILDING APPLICATIONS IN THE NCC Location Pendulum / Ramp SA HB 198:2014 TABLE 3B WET PENDULUM TEST OR OIL-WET INCLINING PLATFORM CLASSIFICATIONS FOR APPLICATIONS WHERE THE NCC DOES NOT REQUIRE SLIP RESISTANCE Location Pendulum / Ramp Ramp classes A, B & C are derived from the Wet Barefoot Test Method, whilst R9, R10, R11 & R12 are derived from the Oil-Wet Inclining Platform Test Method. Notes: Controlled Document TR S version SLIPTEST AUSTRALIA PTY LTD ~ ABN Blackbean Court ELANORA QLD 4221 PH SLIP RESISTANCE CLASSIFICATION OF NEW PEDESTRIAN SURFACE MATERIALS AS 4586 (2013) Appendix A (Wet Pendulum Method) METRO TILES Testing Instrument: Munro Portable Skid Tester # 1133 Calibration Date: Testing Officer & Signatory: Kathryn Ording Client Address: SAIME ROC SURFACE SERIES - KAL GRIGIO X 600 Testing was carried out using the Wet Test Method, using Slider 55 (TRL) rubber slider, in accordance with Australian Standard AS 4586 Appendix A Slider was conditioned/prepared using P400 abrasive paper and 3 µm lapping film Test No. Type Gradient Degrees Type and extent of Cleaning Performed Results of last three swings British Pendulum Number Mean BPN Test Slope Correction value (SCV) 192 GRANITE STREET GEEBUNG QLD 4034 Classification of Pedestrian surface materials according to the AS 4586 wet pendulum test P5 Sliptest Australia Pty Ltd Materials Testing Laboratory - Accreditation number Blackbean Court ELANORA QLD 4221 Accredited for compliance with ISO/IEC The results of the tests, calibrations and/or measurements included in this document are traceable to Australian/National standards. P5 (V) P4 (W) P3 (X) P2 (Y) P1 (Z) P0 (Z) Comments The above classifications are provided without Slope Correction Values Reported mean value has been corrected +2 for temperature (33 o C) as TRL rubber used for testing. AS 4586 (2013) Table 2 AS 4663 (2004) Table 1 Classification of pedestrian surface materials according to the wet pendulum test Interpretation of the wet pendulum results Pendulum* SRV (see note 1) Pendulum* mean BPN * Notional contribution of the Class Four S TRL floor surface to the risk of Slider 96 Slider 55 rubber rubber slipping when water wet P5 >54 >44 >54 >44 Very Low P Low P Moderate P High P <20 <25 - Very High P0 <12 -