I want to retro-fit these to an existing Marley concrete tile roof. The facia is UPVC mailed onto the old wood facia. The section of roof is mortared at the ends so I've got to somehow remove those 1st row eaves side tiles. What is the best way to approach this problem?
1 Push up the second row of tiles and lift off the first row or
2 push up the first row under the second row not disturbing 2nd row of tiles.
My idea is to offer the protector up to the 1st row batten if it goes that far (I might need to cut it by the amount it would have been under the batten so it fits over the facia correctly). Given that the 1970s underfelt (black bitumen stuff) is likely rotten by now at the eaves edges (there is a slight leak further up under heavy rain and wind which drips into the room near the window) I am thinking pushing some wide DPC under the old felt first (up to the 1st batten), staple it across the rafters then the protector.
What tools do I need to manhandle these heavy tiles? I've tried wriggling one and it does slide up a bit but wary of damaging the existing underfelt. The tiles are the large Marley Modern with a rough surface overlap probably 75mm on a 40 deg roof. Thanks.
1 Push up the second row of tiles and lift off the first row or
2 push up the first row under the second row not disturbing 2nd row of tiles.
My idea is to offer the protector up to the 1st row batten if it goes that far (I might need to cut it by the amount it would have been under the batten so it fits over the facia correctly). Given that the 1970s underfelt (black bitumen stuff) is likely rotten by now at the eaves edges (there is a slight leak further up under heavy rain and wind which drips into the room near the window) I am thinking pushing some wide DPC under the old felt first (up to the 1st batten), staple it across the rafters then the protector.
What tools do I need to manhandle these heavy tiles? I've tried wriggling one and it does slide up a bit but wary of damaging the existing underfelt. The tiles are the large Marley Modern with a rough surface overlap probably 75mm on a 40 deg roof. Thanks.
