Global Hybrid Roofing Solutions (Delaware) LLC

Transcription

1 Global Hybrid Roofing Solutions (Delaware) LLC Product ing Summary Distributed by: BEST MATERIALS LLC Ph: , Fax: SEPTEMBER 2010

2 Global Hybrid Roofing Solutions (Delaware) LLC Product Summary Introduction The following information is a summary of the extensive Product ing that has been carried by Global Hybrid Roofing Solutions (Delaware) LLC, in relation to their Synthetic Composite Roofing Products, manufactured from their unique patented formula RENOVAR, which converts post consumer polyolefin plastic waste into the most advanced, tested and certified environmentally friendly roof product globally. The information contained in this document is a summary; all detailed test reports are retained at the company s Attorneys in Washington D.C. USA, which is available on request. Global Hybrid Roofing Solutions (Delaware) LLC, submitted their formal application to the BBA in the UK for full certification and approval in May 2009, subsequently all required testing has been concluded and approved. Global Hybrid Roofing Solutions (Delaware) LLC received their formal executed BBA Certificates on 29 January 2010 Barclay-Phelps, the companies European Certification Attorney s in Gibraltar, forwarded the company s Certificate & Declaration of Conformity for CE Approval. Barclay- Phelps had received direct confirmation from the BBA that all testing had been concluded and approved and subsequently BBA Certificates Number 10/4717. Products APPENDIX A International ing Summary IOWSLA IOWSLC ISLA ISLC ISHA ISHC IOWSPA IOWSPC Old World Slate Class A Old World Slate Class C Slate Class A Slate Class C Shake Class A Shake Class C Spanish Tile Class A Spanish Tile Class C APPENDIX B United Kingdom & European ing Summary UKOWSL UKSL UKSH UKOWSP Old World Slate Slate Shake Spanish Tile

3 APPENDIX A International ing Summary

4 Old World Slate Class A Product ing I.D.# IOWSLA01 Miami Dade Florida Building Code IOWSLA02 eatherometer ASTM G 26 IOWSLA03 IOWSLA04 ASTM D 3161; Dade County Protocol TAS Wind and Wind Driven Rain IOWSLA05 IOWSLA06 IOWSLA07 Uplift Bend IOWSLA08 IOWSLA09 Penetration UBC 15-2; ASTM E 108; UL 790 AC07 Section Procedure NOA # Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles. 110 is the maximum for this test Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Miami Dade required pressure test to measure the designed failure rating of a roof assembly Max design pressure Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Results Approved Max design pressure of PSF (110 mph) ed over 30 lb felt and ½ plywood (110 mph) ed over 30 lb felt and ½ plywood Class 30, 60, & 90 ed over 30 lb felt and Max Pressure PSF ed over 30 lb felt and Class A ed over 30 lb felt and IOWSLA10 Self Ignition & Rate of Burn ASTM D1929; ASTM D IOWSLA11 Temperature-cycling IOWSLA12 IOWSLA13 IOWSLA14 Flexural Strength s ASTM D 790 Impact Resistance Penetration & Water Absorption ASTM D 2853; ASTM D 570 IOWSLA15 BS476 Part Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Freezing and thawing & UV exposure with no crazing, cracking or surface changes Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity Steel ball dropped from a distance without cracking or surface changes Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur British Standard for fire Class 4 Hardness 6.2 Absorb 0.09% AA Rating over IOWSLA16 EN 1187:2002 test 4 European Fire Standard B Roof (t4)

5 Old World Slate Class C Product ing I.D.# IOWSLC01 IOWSLC02 IOWSLC03 IOWSLC04 IOWSLC05 IOWSLC06 IOWSLC07 Miami Dade Florida Building Code Weatherometer ASTM G 26 ASTM D 3161; Dade County Protocol TAS Wind and Wind Driven Rain Uplift Bend IOWSLC08 Penetration IOWSLC09 IOWSLC10 UBC 15-2; ASTM E 108; UL 790 Self Ignition & Rate of Burn ASTM D1929; ASTM D 635 AC07 Section Procedure IOWSLC11 Temperature-cycling IOWSLC12 Flexural Strength s ASTM D 790 IOWSLC13 IOWSLC14 Impact Resistance Penetration & Water Absorption ASTM D 2853; ASTM D 570 IOWSLC15 Chemical Leach FLDOH #E NOA # Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles. 110 is the maximum for this test Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Miami Dade required pressure test to measure the designed failure rating of a roof assembly Max design pressure Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Freezing and thawing & UV exposure with no crazing, cracking or surface changes Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity Steel ball dropped from a distance without cracking or surface changes Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur Determine Leaching amounts of any harmful chemicals. Results Approved Max Design Pressure PSF (110 mph) ed over 30 lb felt and (110 mph) ed over 30 lb felt and Class 30, 60, & 90 ed over 30 lb felt and Max Pressure PSF ed over 30 lb. felt and Class C ed over 30 lb. felt and ½ plywood Class 4 Hardness 6.2 Absorb 0.09% /no registered amounts to be harmful

6 Slate Class A Product ing I.D.# ISLA01 ISLA02 ISLA03 ISLA04 ISLA05 ISLA06 Weatherometer ASTM G 26 Wind-driven Rain Dade County Protocol PA Uplift Bend Penetration AC07 Section Procedure UBC 15-2; ASTM E 108; UL Self Ignition & Rate of Burn ASTM D1929; ASTM D Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles and tested to and beyond 150 mph Dade County requirements with standard fastener installation Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Results (90 mph) Class A ed over and 30 lb. felt ISLA07 Temperature-cycling Freezing and thawing & UV exposure with no crazing, cracking or surface changes ISLA08 Flexural Strength s ASTM D Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity ISLA09 ISLA10 Impact Resistance Penetration & Water Absorption ASTM D 2853; ASTM D 570 Steel ball dropped from a distance without cracking or surface changes Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur ISLA11 BS476 Part 3 British Standard for fire ISLA12 EN 1187:2002 test 4 European Fire Standard Class 4 Hardness 6.2 Absorb 0.09% AA rating over B Roof (t4)

7 Slate Class C Product ing I.D.# ISLC01 ISLC02 Weatherometer ASTM G 26 UBC 15-2; ASTM E 108; UL 790 AC07 Section Procedure Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Results Class C ed over and 30 lb. felt ISLC03 ISLC04 ISLC05 ISLC06 ISLC07 ISLC08 ISLC09 ISLC10 Impact Resistance Self Ignition & Rate of Burn ASTM D 1929; ASTM D 635 Chemical Leach test FLDOH #E84207 Temperature-cycling Penetration Wind Driven Rain Dade County Protocol PA Flexural Strength s ASTM D 790 Penetration & Water Absorption ASTM D 2853; ASTM D Steel ball dropped from a distance without cracking or surface changes Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Determine leaching amounts of any harmful chemicals Freezing and thawing & UV exposure with no crazing, cracking or surface changes The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles and tested to and beyond 150 mph Dade County requirements with standard fastener installation Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur Class 4 / no registered amounts to be harmful (90 mph) Hardness 6.2 Absorb 0.09%

8 Shake Class A Product ing I.D.# ISHA01 ISHA02 ISHA03 ISHA04 ISHA05 ISHA06 ISHA07 ISHA08 ISHA09 ISHA10 Miami Dade Florida Building Code Weatherometer ASTM G 26 ASTM D 3161; Dade County Protocol TAS Wind and Wind Driven Rain Uplift Bend Penetration UBC 15-2; ASTM E 108; UL 790 Self Ignition & Rate of Burn ASTM D1929; ASTM D 635 AC07 Section Procedure NOA # Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles; 110 is the maximum for this test Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Miami Dade required pressure test to measure the designed failure rating of a roof assembly Max design pressure Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Results Approved Max Design Pressure PSF (110 mph) ed over 30 lb felt and (110 mph) ed over 30 lb felt and Class 30, 60, & 90 ed over 30 lb felt and Max Pressure PSF-- ed over 30 lb felt and Class A ed over 30 lb felt and ISHA11 Temperature-cycling Freezing and thawing & UV exposure with no crazing, cracking or surface changes ISHA12 ISHA13 ISHA14 Flexural Strength s ASTM D 790 Impact Resistance Penetration & Water Absorption ASTM D 2853; ASTM D Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity Steel ball dropped from a distance without cracking or surface changes Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur ISHA15 BS476 Part 3 British Standard for fire Class 4 Hardness 6.2 Absorb 0.09% AA rating over ISHA16 EN 1187:2002 test 4 European Fire Standard B Roof (t4)

9 Shake Class C Product ing I.D.# ISHC01 ISHC02 ISHC03 Miami Dade Florida Building Code Weatherometer ASTM G 26 ASTM D 3161; Dade County Protocol AC07 Section Procedure NOA # Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles; 110 is the maximum for this test Results Approved Max Design Pressure PSF (110 mph) ed over 30 lb felt and ISHC04 TAS Wind and Wind Driven Rain Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. (110 mph) ed over 30 lb felt and ISHC05 Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Class 30, 60, & 90 ed over 30 lb felt and ISHC06 ISHC07 ISHC08 ISHC09 Uplift Bend Penetration UBC 15-2; ASTM E 108; UL Miami Dade required pressure test to measure the designed failure rating of a roof assembly Max design pressure Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Max Pressure PSF ed over 30 lb felt and Class C ed over 30 lb felt and ISHC10 ISHC11 ISHC12 ISHC13 ISHC14 ISHC15 Self Ignition & Rate of Burn ASTM D1929; ASTM D 635 Temperature-cycling Flexural Strength s ASTM D 790 Impact Resistance Penetration & Water Absorption ASTM D 2853; ASTM D 570 Chemical Leach FLDOH #E Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Freezing and thawing & UV exposure with no crazing, cracking or surface changes Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity Steel ball dropped from a distance without cracking or surface changes Determine the resistance characteristics to exposure to water and indentations; no dripping from underside or significant water absorption may occur Determine leaching amounts of any harmful chemicals Class 4 Hardness 6.2 Absorb 0.09% /no registered amounts to be harmful

10 Spanish Tile Class A Product ing I.D.# IOWSPA01 IOWSPA02 10WSPA03 IOWSPA04 Miami Dade Florida Code Weatherometer ASTM G 26 ASTM D 3161; Dade County Protocol TAS Wind and Wind Driven Rain AC07 Section Procedure Description NOA # ,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles 110 is the maximum for this test Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. Results Approved - Max Design Pressure PSF (110 mph) ed over 30 lb felt and (110 mph) ed over 30 lb felt and IOWSPA05 Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Class 30, 60, & 90 ed over 30 lb felt and IOWSPA06 IOWSPA07 IOWSPA08 Penetration UBC 15-2; ASTM E 108; UL Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Max design pressure. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Max Pressure PSF ed over 30 lb felt and Class A ed over and 30 lb felt and Versa Shield IOWSPA09 IOWSPA10 IOWSPA11 Self Ignition & Rate of Burn ASTM D1929; ASTM D 635 Impact Resistance Solar Reflectance Emittance ASTM C ; ASTM C a; ASTM E Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Steel ball dropped from a distance without cracking or surface changes Determines the solar reflectance, emittance and SRI index. IOWSPA12 BS476 Part 3 British Standard for fire Class 4 Emittance.89 SRI 61 AB Rating over ½ plywood IOWSPA13 DD CEN/TS 15087:2005 British Uplift Standard with 2 nails IOWSPA14 EN 1187:2002 test 4 European Fire Standard B Roof (t4)

11 Spanish Tile Class C Product ing I.D.# IOWSPC01 IOWSPC02 IOWSPC03 IOWSPC04 IOWSPC05 IOWSPC06 Miami Dade Florida Building Code Weatherometer ASTM G 26 ASTM D 3161; Dade County Protocol TAS Wind and Wind Driven Rain IOWSPC07 Uplift Bend IOWSPC08 IOWSPC09 IOWSPC10 IOWSPC11 Penetration UBC 15-2; ASTM E 108; UL 790 UBC 15-2; ASTM E 108; UL 790 Self Ignition & Rate of Burn ASTM D1929; ASTM D 635 AC07 Section Procedure NOA # Description 4,500 hours of light exposure, moisture and varying temperatures; no surface changes such as cracking, crazing, erosion or chalking can occur Full-scale dynamic wind uplift testing with 110 mph winds causing no fluttering or breakage of tiles 110 is the maximum for this test Wind uplift testing at the maximum 110 mph winds while water is being applied. There can be no wind damage or water penetration. Miami Dade required pressure test to measure the designed failure rating of a roof assembly. Miami Dade required pressure test to measure the designed failure rating of a roof assembly Max design pressure. Determines load required to lift the tile 1/8 where the tensile load must be twice the tile weight; when subjected to load 3 times tile weight, no cracking, breakage or falling can occur. The material is exposed to a 200-lb. load to determine the surface penetration where no tearing or cracking of the protective coating or excessive permanent deformation under the applied load may occur Fire resistance tested with burning brand, intermittent flame, & spread of flame Fire resistance tested with burning brand Determines the flash ignition temperature and spontaneous ignition temperature; Compares the relative rate of burning and/or the extent and time of burning Results Approved Max Design Pressure PSF (110 mph) ed over 30 lb felt and (110 mph) ed over 30 lb felt and Class 30, 60, & 90 ed over 30 lb felt and ½ plywood Max Pressure PSF ed over 30 lb felt and ½ plywood Class C ed over ½ plywood and 30 lb felt Class B ed over ½ plywood and 30 lb felt and a layer of Versa Shield IOWSPC12 Temperature-cycling Freezing and thawing & UV exposure with no crazing, cracking or surface changes IOWSPC13 Flexural Strength s ASTM D Conducted for 72 hours at a temperature of 72 ± 5 F and a 50 ± 5 percent relative humidity IOWSPC14 Impact Resistance Steel ball dropped from a distance without cracking or surface changes Class 4

12 APPENDIX B United Kingdom / European Summary

13 Old World Slate UK/CE Product ing I.D. # ed / Reviewed By Description Results UKOWSL01 ASTM G 26 BBA Accelerated Weathering & Colour Stability UKOWSL02 ASTM D570 BBA Water Absorption UKOWSL03 BS476 Part 3: 2004 BRE Resistance to Fire AA UKOWSL04 IBOC BBA Temperature Cycle UKOWSL05 ASTM D2853 BBA Structure Strength UKOWSL06 BBA Impact Resistance UKOWSL07 BS EN 492 BBA Bending Strength, Water Immersion, Dry Heat, Wet Heat, Freeze Thaw Cycle, Density UKOWSL08 BS EN :1997 BRE Ignition UKOWSL09 BS ENV :2005 BRE Resistance to Fire UKOWSL10 ENV 1187:2002 BRE Resistance to Fire

14 Slate UK/CE Product ing I.D. # ed / Reviewed By Description Results UKSL01 ASTM G 26 BBA Accelerated Weathering & Colour Stability UKSL02 ASTM D570 BBA Water Absorption UKSL03 BS476 Part 3: 2004 BRE Resistance to Fire AA UKSL04 IBOC BBA Temperature Cycle UKSL05 ASTM D2853 BBA Structure Strength UKSL06 BBA Impact Resistance UKSL07 BS EN 492 BBA Bending Strength, Water Immersion, Dry Heat, Wet Heat, Freeze Thaw Cycle, Density UKSL08 BS EN :1997 BRE Ignition UKSL09 BS ENV :2005 BRE Resistance to Fire UKSL10 ENV 1187:2002 BRE Resistance to Fire

15 Shake UK/CE Product ing I.D. # ed / Reviewed By Description Results UKSH01 ASTM G 26 BBA Accelerated Weathering & Colour Stability UKSH02 ASTM D570 BBA Water Absorption UKSH03 BS476 Part 3: 2004 BRE Resistance to Fire AA UKSH04 IBOC BBA Temperature Cycle UKSH05 ASTM D2853 BBA Structure Strength UKSH06 BBA Impact Resistance UKSH07 BS EN 492 BBA Bending Strength, Water Immersion, Dry Heat, Wet Heat, Freeze Thaw Cycle, Density UKSH08 BS EN :1997 BRE Ignition UKSH09 BS ENV :2005 BRE Resistance to Fire UKSH10 ENV 1187:2002 BRE Resistance to Fire

16 Spanish Tile UK/CE Product ing I.D. # ed / Reviewed By Description Results UKOWSP01 BS CEN/TS 15087:2005 BRE Wind Uplift Approved UKOWSP02 ASTM G 26 BBA Accelerated Weathering & Colour Stability UKOWSP03 ASTM D570 BBA Water Absorption UKOWSP04 BS476 Part 3: 2004 BRE Resistance to Fire AB UKOWSP05 IBOC BBA Temperature Cycle UKOWSP06 ASTM D2853 BBA Structure Strength UKOWSP07 BBA Impact Resistance UKOWSP08 BS EN 492 BBA Bending Strength, Water Immersion, Dry Heat, Wet Heat, Freeze Thaw Cycle, Density UKOWSP09 BS EN :1997 BRE Ignition UKOWSP10 BS ENV :2005 BRE Resistance to Fire UKOWSP11 ENV 1187:2002 BRE Resistance to Fire