Hayes Primary School – Outdoor Activity Shelter
4.65m x 4.65m Oxford Pagoda creates a feature on this school field. Independent from all neighbouring building, this stand-alone fabric-clad social activity canopy makes a statement in any surrounding.
Specification
- Shape: Conic
- Support : Free Standing
- Hoop Style: Fabric
- Cladding Type: Fabric
- Location: Bromley
Frequently Asked Questions
- Will our concerns over children and staff safety be addressed prior to installation?
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We have been working within schools for many years. All contractors are Clovis approved and CRB checked. Full risk assessments are carried out prior to starting installation taking into consideration your requirements and safety fencing is erected wherever needed at no additional charge.
- Will I require planning permission?
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We always advise that you call your local planning authority as there are no hard and fast rules. They will advise on whether you require planning permission for your proposed canopy. Although it differs from region to region canopies under 30m2 may not require permission but this can be affected by situations such as proximity to neighbours, listed building status, conservation areas etc. so it always best to check. We are happy to provide free of charge, scaled drawings etc. of the proposed canopy structure to assist your application should you require.
- What guarantees are offered?
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Subject to appropriate cleaning and maintenance we offer the following guarantees:-
- Framework – 25 years against failure within design, wind and snow loadings
- Polycarbonate – 10 years against discolouration from sunlight
- Fabric Cladding – 10 years against degradation / failure from sunlight
We aim for 100% satisfaction 100% of the time.
- How are the fabric sheets attached to the framework?
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Fabric sheets are securely attached all round using an aluminium cladding rail system, which has been tried, tested and proven for over 30 years.
- Do you fix your canopies directly onto tarmac?
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No, all canopies are fixed on to concrete pads or bases as the structures can lift out from the ground if not fixed into a suitable concrete base due to the uplift created by wind acting on the roof area.
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