Difference between revisions of "Template:Materials - APP Base Membranes"

Latest revision as of 18:04, 17 June 2024

Click on a manufacturer's name to see the full list of their products accepted for use in the RoofStar Guarantee Program
Manufacturer	Product Name	System Test Type (Wind)	Nominal Membrane Thickness (mm)	Approximate Weight (Kg/m²)	Reinforcement Material	Reinforcement Material Weight (g/m2)	Application
IKO Industries Ltd.	Armourplast Classic	‒	-	‒	‒	-	-
Polyglass USA, Inc.	Polyflex APP (Plastomeric) Membrane	‒	4.00	4.95	Non-woven polyester	Not stated	Heat welded Mechanically fastened

@@ Line 1: / Line 1: @@
-:Atactic polypropylene (APP) polymer modifiers are by-products of the polymerization of propylene gas into isotactic polypropylene (used for injection molding and extrusion). APP has a lower melting point and is more compatible with asphalt than isotactic polypropylene.
-:Bitumens modified with APP can display improved physical and mechanical properties. The improved properties are only possible if the APP is finely dispersed throughout the bitumen to avoid separation during manufacture and service.
-:APP modification of bitumens can impart the following changes in properties:
-:* increased softening point
-:* improved ultraviolet radiation resistance
-:* improved low temperature flexibility
 {|	class="wikitable sortable" style="margin-left: 20pt; margin-right: auto; border: none;"
 |+	Click on a manufacturer's name to see the full list of their products accepted for use in the RoofStar Guarantee Program
-!	style="width:275px; vertical-align:top;"	|	Manufacturer
+!	style="width:200px; vertical-align:top;"	|	Manufacturer
-!	style="width:425px; vertical-align:top;"	|	Product Name
+!	style="width:400px; vertical-align:top;"	|	Product Name
-!	style="width:100px; vertical-align:top;"	|	System Compliant with CSA A123.21
+!	style="width:90px;vertical-align:top;"	|	System Test Type ([http://rpm.rcabc.org/index.php?title=Wind_Uplift_Design_and_CSA_A123.21 Wind])
 !	style="width:100px; vertical-align:top;"	|	Nominal Membrane Thickness (mm)
 !	style="vertical-align:top;"	|	Approximate Weight (Kg/m<sup>2</sup>)
 !	style="vertical-align:top;"	|	Reinforcement Material
-!	style="width:100px; vertical-align:top;"	|	Reinforcement Material Weight (g/m2)
+!	style="width:200px; vertical-align:top;"	|	Reinforcement Material Weight (g/m2)
 !	style="vertical-align:top;"	|	Application
 |-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid APP Torch (Smooth)|Ruberoid APP Torch (Smooth)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4	||	style="text-align:center;"|	4.08	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	170	||	style="text-align:center;"|	Torch-applied
+||	'''[[Manufacturers:IKO Industries Ltd. | IKO Industries Ltd.]]'''	||	[[Materials:Armourplast Classic|Armourplast Classic]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	-	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	-	||	style="text-align:center;"|	-
 |-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid APP Torch (Granule)|Ruberoid APP Torch (Granule)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4.5	||	style="text-align:center;"|	4.56	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	170	||	style="text-align:center;"|	Torch-applied
+||	'''[[Manufacturers:Polyglass USA, Inc. | Polyglass USA, Inc.]]'''	||	[[Materials:Polyflex APP | {{hilite | Polyflex APP (Plastomeric) Membrane || 2025-January-31 }}]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4.00	||	style="text-align:center;"|	4.95	||	style="text-align:center;"|	Non-woven polyester	||	style="text-align:center;"|	Not stated	||	style="text-align:center;"|	Heat welded<br>Mechanically fastened
-|-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid APP Torch Plus (Granule)|Ruberoid APP Torch Plus (Granule)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	5	||	style="text-align:center;"|	5.7	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	250	||	style="text-align:center;"|	Torch-applied
-|-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid APP Torch FR (Granule) |Ruberoid APP Torch FR (Granule)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	5	||	style="text-align:center;"|	5.51	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	250	||	style="text-align:center;"|	Torch-applied
-|-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid APP Torch Flashing (Smooth)|Ruberoid APP Torch Flashing (Smooth)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4	||	style="text-align:center;"|	4.08	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	170	||	style="text-align:center;"|	Torch-applied
-|-
-||	'''[[GAF]]'''	||	[[Materials:Ruberoid Energy Cap APP 250 FR (Elastomeric Coated Granule)|Ruberoid Energy Cap APP 250 FR (Elastomeric Coated Granule)]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4.5	||	style="text-align:center;"|	4.56	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	170	||	style="text-align:center;"|	Torch-applied
-|-
-||	'''[[IKO Industries Ltd.]]'''	||	[[Materials:Armourplast Classic|Armourplast Classic]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4	||	style="text-align:center;"|	4	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	180	||	style="text-align:center;"|	Torch-applied
-|-
-||	'''[[IKO Industries Ltd.]]'''	||	[[Materials:Armourplast Granular|Armourplast Granular]]	||	style="text-align:center;"|	‒	||	style="text-align:center;"|	4.2	||	style="text-align:center;"|	4.9	||	style="text-align:center;"|	Polyester	||	style="text-align:center;"|	180	||	style="text-align:center;"|	Torch-applied
 |-
 |}