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Triso-super 10 has been tested under real conditions by trada technology ltd. And certified as equivalent to 210mm of mineral wool when installed in a pitched roof application by bm trada certification ltd. (certificate no. 0102 dated 03 april 2006). Please see the special notice on page 4 of this brochure for more information.
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Thermal efficiency: u-value* = 0.19w/m2.k
*Thermal efficiency measured under real conditions by TRADA Technology Ltd. and equivalent to 210mm of mineral wool as certified by BM TRADA Certifi cation Ltd. For more information on testing under real conditions and the equivalence of performance of this product with 210mm of mineral wool please see the Special Notice on page 4 of this brochure. |
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- Ensure an air gap of 25mm minimum on either side of the insulation.
- Ventilation:
- Vapour permeable underlay: ensure an air gap of 25mm minimum between the insulation and membrane. The membrane should have a vapour resistance less than 0.25MNs/g.
- Felted Roof: Ensure an air gap of 50mm minimum between the insulation and the felt, with ventilation from eaves to ridge according to British Standards.
- Pull the insulation taut and staple every 50mm to the rafters or timber support using galvanised staples, 14mm minimum. 20mm stainless steel staples are recommended.
- Overlap the insulation 50-100mm each joint and staple every 50mm onto the rafter or timber support batten.
- Cover all joints with Actis Isodhesif tape to give an air tight finish. Fold all finishing edges under by 50mm minimum, staple every 50mm, and secure with a finnal batten.
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- Roll insulation horizontally, starting along the bottom of the roof.
- Insert timber support (as noggin) between rafters, enabling joint to be stapled and taped securely:
- Staple every 50mm (galvanised staples, 14mm minimum).
- Overlap joints 50-100mm and staple the joints every 50mm.
- Cover joints with 100mm Actis Isodhesif foil tape.
- Fix vertical battens in line with the rafters ensuring an air gap of 25mm minimum between the insulation and the membrane.
- Fix membrane to manufacturer's instructions.
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- Roll insulation horizontally, starting along the top of the roof
- Insert timber support (as noggin) between rafters, enabling joint to be stapled and taped securely:
- Staple every 50mm (galvanised staples, 14mm minimum).
- Overlap joints 50-100mm and staple the joints every 50mm.
- Cover joints with 100mm Actis Isodhesif foil tape.
- At the bottom of the roof pitch staple the insulation directly onto the timber wall plate.
- Prepare for plasterboard by fixing horizontal or vertical battens ensuring an air gap of 25mm minimum between the insulation and the plasterboard.
- Fixing vapour checked plasterboard or a vapour control layer is recommended.
Triso-super 10 insulation is certified for use on walls around pitched roof installations such as dwarf walls, dormer walls and gable ends, as long as these constitute less than 40% of the overall insulated area. |
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For more information on installation please see our TRISO-SUPER 10 Installation Guidelines document, PZ182. |
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Thermal efficiency is carefully measured "in-situ" under real weather conditions by the independent testing body TRADA Technology Ltd. The performance of the TRISO-SUPER 10 is compared to that of traditional mineral wool insulation materials tested concurrently and in identical conditions. This testing is strictly supervised and certi?ed by BM TRADA Certification Limited (Certificate no. 0102 dated 3 April 2006). There are currently no ISO and BS EN testing standards which are appropriate for innovative multifoil insulation products.
Under the current legislative framework in England and Wales, Local Authority Building Control Bodies have the discretion to accept independent certification for insulation products, such as that provided for this product by BM TRADA. We strongly advise that you seek confirmation of this approval from your local Building Control Body before installing the TRISO-SUPER 10.
"In situ" testing gives a more accurate measurement of the actual performance of multifoil products than the guarded hot-box test method, which is designed to test bulk insulation products, and is conducted in a controlled static laboratory environment. A hot-box measures heat transfer primarily by conduction, and does not take correctly into account heat transfer by radiation, which is the function of multifoil products. The European Directive of Building Products includes a procedure which allows for the creation of new standards for innovative products, the Request for European Technical Approval (ETA). ACTIS have made an ETA request for thin multifoil insulation products to the European Organisation for Technical Approvals (EOTA, the European body responsible for conducting this process). The aim of this request is to establish a new standard for assessing the thermal performance of thin multifoil insulation, based on the in situ test methodology defined by BM TRADA, with a view to achieving CE marking for these products.
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