Continuous Dry Verge System | Mortar Free Verge

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Neat, mortar free

Continuous Dry Verge

The Roadstone Continuous Dry Verge System provides a neat, mortar-free verge that eliminates the need for undercloak.

Nail ﬁxing provides high resistance to wind uplift for both verge tiles and the verge extrusion.

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Continuous Dry Verge

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Techincal specification

Product sizes:

Continuous Dry Verge is available in two sizes: (a) 93mm (b) 105mm proﬁled tiles.

Resources

Wind speed zones

Fixing guide

Windloading

Under strong wind gusts the uplift of the roof tiles may be in excess of the dead mass of the tiles, hence requiring them to be securely fixed to prevent them being lifted from the building.

Wind Loadings/Tile Fixing

The principal factors to be considered in deciding on the necessity for additional mechanical fixings are:

-The exposure and location of the site
-Type of element
-The height of the building
-The roof pitch
-The higher wind loadings encountered at eaves and verges

Where a building is complex in shape, located on steep sloping ground or near to the edge of a cliff, further advice should be obtained.

Recommended Nailing/Clipping

Recommended Nailing/Clipping as per requirements given in compliance with SR. 82.

- In the green area of the map every tile should be nailed or mechanically fixed.
- In the blue area each tile in every alternative course should be nailed or mechanically fixed.
- On all sites, every edge or perimeter tile should be nailed or mechanically fixed. In the case of valleys, the first full tile should be nailed or mechanically fixed.
- On exposed sites and in built up areas subject to adverse wind effects such as funnelling, every tile should be nailed or mechanically fixed within the blue area.
- On all roofs at pitches above 45°, each tile should be nailed or mechanically fixed.
- On all roofs at pitches of 55° and over, in addition to nailing each tile, the tail of each tile should be mechanically fixed.

Exposed buildings

For the purposes of selecting appropriate mechanical fixing, buildings in the following circumstances are considered to be exposed:

(a) any building which stands above its surroundings or has a ridge height in excess of 12 metres above adjoining ground level, or

(b) any building on a hill slope or hill top, or

(c) any building in a built up area which is subject to adverse wind effects, such as funnelling, or

(d) any building which is located in the green area of the map.

Severely exposed buildings

For the purposes of selecting appropriate mechanical fixing, buildings located in the green area of map which are in the following circumstances, are considered to be severely exposed:

(a) any building which stands above its surroundings or has a ridge height in excess of 12 metres above adjoining ground level, or

(b) any building on a hill slope or hill top, or

(c) any building which is subject to adverse wind effects, such as funnelling.

In summary, minimum fixing requirements for single lap tiles:

Tile Profile Nail Size

Pitch Fixing requirements
Pitch ≥ 55° All exposure conditions: every tile head nailed and tail clipped
Pitch > 45° a) Normal building: every tile head nailed or tail clipped
and < 55° b) Exposed or severely exposed building: every tile head nailed and tail clipped
Pitch ≤ 45° a) Perimeter* area, normal building: every tile head nailed or tail clipped
b) Roof area excluding perimeter*, normal building : each tile in every alternative course head nailed or tail clipped
c) E Exposed building: every tile head nailed or tail clipped
d) Severely exposed building: every tile head nailed and tail clipped
*All bedded ridge tiles should be mechanically fixed.

All tiles at eaves, verges, ridges, hips and tiles adjacent to valleys, abutments, chimneys, rooflights, etc.

Roof tiles accessories installation guide

We've created these handy demonstration videos to help you when using and installing our products. We'll be adding to our video tutorial library on a regular basis, so don't forget to check in with us to see what's new.

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Continuous Dry Verge

Continuous Dry Verge

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