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Whether you are located in the Nordic regions, or you are just a fan of Scandinavian vibes, IKO laminated shingles might be the solution for you. Cambridge Xtreme 9,5° and Cambridge Xpress will seamlessly integrate with a Nordic landscape.
Colours like Harvard Slate (50), Earthtone Cedar (49), and Amazon Green (43) are earthy tones that create a visual harmony with your natural surroundings.
Request up to 3 A4 samples from our laminated range, to match the calming ambiance of a coastal vibe.
The laminated shingles can be seen as an imitation of natural materials like wood shakes. The natural look of colours like Earthtone Cedar (49) and Amazon Green (43) can bring a rustic aesthetic that blends harmoniously with the surrounding environment.
Compared to other roofing materials, such as tiles, shingles have a low profile once installed. This characteristic contributes to a sleek and minimalistic design, often associated with Scandinavian architecture.
Let's call Cambridge shingles a subtle touch of elegance without overshadowing a home's simplicity.
>>> Get 30+ pages of creative ideas to kickstart your next project!
Why are IKO roof shingles the best option for your next project?
200 mm hangar bolt
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Thin roof structures: If the mounting roof surface is standard without additional layers, especially when using pre-drilled holes, shorter bolts can provide a secure fit and adequate support without unnecessary excess length.
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Simpler Installation: Using shorter bolts can make the installation process simpler and quicker, particularly in straightforward applications without the need for adjustments for thicker materials.
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Design requirements: Specific installation designs may call for shorter bolts to align with aesthetical preferences, particularly in residential applications or historical districts where visual impact is considered.
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Lightweight Systems: If the solar panel system is relatively lightweight and the local building codes or engineering specifications allow it, shorter bolts can be adequate.
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Cost Efficiency: Shorter bolts can be more cost-effective; if the installation requirements do not necessitate longer bolts, opting for shorter ones can reduce material costs and installation time.
250 mm hangar bolt
-
Increased stability: Longer bolts can offer better anchorage, especially in areas where wind loads are a concern. They help ensure that the solar panels are securely fastened to the roof or to the mounting structure.
-
Accommodating thicker materials: If the mounting surface is thicker than average longer hanger bolts can be necessary to ensure a secure fit. This concerns roofs with multiple layers or additional insulation, e.g. mansard roofs, higher counter battens or with ventilated double roof deck.
-
Adjustable height: Longer bolts can allow for more flexibility in adjusting the height of the solar panels, which can be beneficial for achieving the optimal angle for sunlight exposure. With the higher mounting of PV panels (higher distance in between the PV panels and roof surface) we improve the ventilation underneath. This will cool down the temperature of panels and it will increase electricity production. With a higher mounting we also facilitate the installation as well as the maintenance work.
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Facilitating mounting accessories: Longer bolts allow for better integration of the mounting accessories or other components that may require additional space.
-
Improved load distribution: Longer bolts can help distribute the load of the solar panels more evenly across the structure, potentially reducing stress on any single point.
Versatile use: 2 lengths of hangar bolts
Before deciding on the hanger bolt length, it's essential to consult local building codes, structural engineers, and the manufacturer’s guidelines to ensure safety and optimal performance.
When to use 200 mm or 250 mm?
200 mm hangar bolt
-
Thin roof structures: If the mounting roof surface is standard without additional layers, especially when using pre-drilled holes, shorter bolts can provide a secure fit and adequate support without unnecessary excess length.
-
Simpler Installation: Using shorter bolts can make the installation process simpler and quicker, particularly in straightforward applications without the need for adjustments for thicker materials.
-
Design requirements: Specific installation designs may call for shorter bolts to align with aesthetical preferences, particularly in residential applications or historical districts where visual impact is considered.
-
Lightweight Systems: If the solar panel system is relatively lightweight and the local building codes or engineering specifications allow it, shorter bolts can be adequate.
-
Cost Efficiency: Shorter bolts can be more cost-effective; if the installation requirements do not necessitate longer bolts, opting for shorter ones can reduce material costs and installation time.
250 mm hangar bolt
-
Increased stability: Longer bolts can offer better anchorage, especially in areas where wind loads are a concern. They help ensure that the solar panels are securely fastened to the roof or to the mounting structure.
-
Accommodating thicker materials: If the mounting surface is thicker than average longer hanger bolts can be necessary to ensure a secure fit. This concerns roofs with multiple layers or additional insulation, e.g. mansard roofs, higher counter battens or with ventilated double roof deck.
-
Adjustable height: Longer bolts can allow for more flexibility in adjusting the height of the solar panels, which can be beneficial for achieving the optimal angle for sunlight exposure. With the higher mounting of PV panels (higher distance in between the PV panels and roof surface) we improve the ventilation underneath. This will cool down the temperature of panels and it will increase electricity production. With a higher mounting we also facilitate the installation as well as the maintenance work.
-
Facilitating mounting accessories: Longer bolts allow for better integration of the mounting accessories or other components that may require additional space.
-
Improved load distribution: Longer bolts can help distribute the load of the solar panels more evenly across the structure, potentially reducing stress on any single point.
