Faq
- Do Onduline sheets contain asbestos?
- Do you need to remove the plastic strip on the BARDOLINE shingle strip?
- How thick should the roof deck be?
- Can you drill a hole in the sheets to install a flue?
- What are the White marks on the under side of the Onduline sheet?
- Can you replace Asbestos sheets with Onduline?
- Can you lay Onduline on top of Asbestos?
- What is the minimum pitch for Onduline sheets?
- Do you supply Onduline in different lengths?
- What is the difference between Onduline and Coroline?
- Does the onduline material melt in hot weather?
- How long are Onduvilla tiles warrantied for?
- Are Onduvilla tiles fire resistant?
- What are Onduvilla tiles made from?
- Can I use Onduline bitumen sheets for cladding?
- What is the size of ONDUVILLA tiles?
- What is the role of the embossed lines?
- Do you supply Onduvilla tiles in different lengths?
- What is ONDULINE® Sealsmart technology?
- What is the size of an Onduvilla ridge?
- About the importance of bitumen content and HOMOGENEOUS IMPREGNATION.
- How long does the ONDULINE guarantee last?
- Can you stand on the classic sheets if the roof under them is solid?
- ONDULINE® sheets are in compliance with European Norm EN 534:2010+A
- Can you install Onduline sheets on a Pent Shed?
- Is Onduline Fire Resistant?
- When should I use ONDUTISS AIR Membranes?
- What colours are ONDUVILLA tiles available in?
- Do you sell clear PVC sheets to match Onduline profile?
- Are Onduline's sheets the same as Asbestos sheets?
- What is the overhang needed for Onduline sheets?
Is Onduline Fire Resistant?
Onduline sheets are not classified to External S.AA fire rating as required in UK Building Regulations for some classes of structure. We do not advise they can be used for cladding due to the dangers associated with the spread.
Bitumen sheets are class E in Reaction to fire according to European Norm EN 13501-1, and classified Froof in External fire performance according to EN 13501-5.
It is recommended to exclude corrugated bitumen sheets that are classified E (reaction to fire) and Froof (resistance to fire) for vertical cladding applications – in case of fire, their shape would ease air flow circulation from bottom to top of the cladding and accelerates fire spreading.
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