Domestic Roofing & GRP Fiberglass Roofing System

What Exactly is GRP? (Glassfibre Reinforced Plastic) Roofing Systems GRP (glass reinforced plastic) is the technical name for what is commonly known as 'fibreglass'. Originally developed in 1938 for use in insulation, GRP is a valuable and unfailing first choice material for replacing lead or copper whether covering or repairing protected buildings. 1. B260 edge trim 2. D260 edge trim 3. C100 edge trim 4. A200 edge trim 5. Cl universal external cover 6. 8' X 2' 18 mm OSB3 T& G Decking 7. 450 g/m2 Chopped strand mat 8. GRP laminate 9. Торсоat 10. Support buttons Crystic ROOF Торсaot Topcaot of pigmented Polyster resign Crystic ROOF Resin Polyster resign reinforced with Chopped Strand Mat Decking Good Quality OSB3 Board GRP Fiberglass roofing System CRP Fiberglass Flat Roofs Weather proof and maintenance free, fibreglass roofing is an immensely popular cholce NOW for application on FLAT ROOFS. GRP Fiberglass Garage Roofs GRP / Fibreglass Garage Roofs The Next Generation of Flat Roofing, Glass Reinforced Plastic / Fibreglass GRP Fiberglass Wetrooms Have new flooring in your Wetroom or Bathroom? GRP Lining is the only Way to 100% Seal your Wet Rooms. GRP Fiberglass Balconies New GRP Fibreglass Balconies & Walkway Systems Finished with a smooth or non slip surface GRP Fiberglass Roof Terraces A properly laid fibreglass roof terrace will last for at least 300 years with no measurable deterioration. GRP Fiberglass Pitched Roof It can also be used: Where a pitohed roof meets a vertloal wall, iWhere one pltched roof meetS another, i on parapets, Capping stones, j and as a low cost replacement for decorative lead and oopper work. Laying a GRP Roof Advice when laying a CRP roof during Winter Months • Always check the local weather forecast to ensure conditions will be acceptable. • Avoid topcoating a roof after 2pm unless it is a clear bright day and not too cold. The heat from the sun contributes a great deal towards the curing of the laminate during colder months. After the sun has set, it is unlikely that the topcoat will cure over night. • Ensure that the surface temperature of the boards is checked before laying the resin or topcoat. • Ensure that the resin is warmed before use if the ambient temperature is below 100C. • Do not use resin or top coat in temperatures below 50C. • If it begins to rain, stop immediately and cover the roof with a visqueen sheet. • If you are unable to laminate over a prepared deck before it will rain, then coat the decking with catalysed resin and cover any exposed edges. • Always ensure the deck or substrate to be laid onto is completely dry before laying the laminate. • Do not start to lay a roof if a period of rain is forecast. Advice when laying a GRP roof during Summer Months • Always check the local weather forecast to ensure conditions will be • Do not use resin or top coat in temperatures above 350C. • Always mix smaller batches of resin then you normally would to give adequate time to apply it before it starts to catalyse. • Always use LPT catalyst in hotter weather if the resin starts to cure too quickly. • Always apply the laminate in the shortest runs possible across a roof. The shorter the length of laminate, the less likely it is that the resin will catalyse before it can be consolidated into the CSM. • Use a temperature sensor to measure the surface temperature of the laminate before applying the topcoat. • If you are unable to laminate over a prepared deck before it will rain, then coat the decking with catalysed resin and cover any exposed edges. • Always ensure the deck or substrate to be laid onto is completely dry before laying the laminate. • Do not start to lay a roof if a period of rain is forecast. • If possible, topcoat the roof out of direct sunlight or wait until later in the day before applying it. • Do not start to lay a roof if a period of rain is forecast. CATALYST USAGE CHART Deck/Resin 29-35°C 21-28°C 13-20°C 6-12°C temp Percentage 1% Catalyst 2% Catalyst 3% Catalyst 4% Catalyst Catalyst Percentages in Millilitres, Per Weight of Resin Used Amount of Catalyst Usage Resin 1 Kilo 10 ml 20 ml 30 ml 40 ml 2 Kilo 20 ml 40 ml 60 ml 80 ml 3 Kilo 30 ml 60 ml 90 ml 120 ml 4 Kilo 40 ml 80 ml 120 ml 160 ml 5 Kilo 6 Kilo 7 Kilo 8 Kilo 9 Kilo 50 ml 100 ml 150 ml 200 ml 60 ml 120 ml 180 ml 240 ml 70 ml 140 ml 210 ml 280 ml 80 ml 160 ml 240 ml 320 ml 90 ml 180 ml 270 ml 360 ml 10 Kilo 100 ml 200 ml 300 ml 400 ml 11 Kilo 110 ml 220 ml 330 ml 440 ml 12 Kilo 120 ml 240 ml 360 ml 480 ml 13 Kilo 130 ml 260 ml 390 ml 520 ml 14 Kilo 140 ml 280 ml 420 ml 580 ml 15 Kilo 150 ml 300 ml 450 ml 600 ml 16 Kilo 160 ml 320 ml 480 ml 640 ml 17 Kilo 170 ml 340 ml 510 ml 680 ml 18 Kilo 180 ml 360 ml 540 ml 720 ml 19 Kilo 190 ml 380 ml 570 ml 760 ml 20 Kilo 200 ml 400 ml 600 ml 800 ml Presented By :- http://www.superseal.co.uk 1st Choice SUPERSEAL EST 1989 Source: http:/www.ecfibreglasssupplies.0o.ukimagesPDFGRPRoofingGuide.pdt http roofs Limited tttttttttt