Protection rails designed to protect building fabric against accidental damage.

Features and benefits:

Composition: Components are made from a specially formulated PVC-U.
Rails are available in three widths.
Range of compatible accessories, including stop ends and corners (injection moulded).
Available as flat back (to the wall) or Stand off on 60 mm standard spacers
Available with a standard stipple finish (designed to conceal the effects of impact and abrasion) in the full range of colours. Manufacturer recommend contrasting colours for stop ends and corners for maximum visibility and aesthetic effect.
Can be fixed on clips or on a choice of cores.
A full supply and fix service is available using Harrison Thompson direct employed installation specialists.

Approvals:

Textured Extruded Protection Products:

B, s2, d0.
BS EN 13823: 2010 + A1: 2014.
BS EN ISO 11925 - 2: 2010.
BS EN 13501 - 1: 2007 + A1: 2009.
BS 476: Part 7: 1997 - The Surface Spread of Flame of Products - Class 1Y (Class 1 is the best classification in this test).
BS 476: Part 6: 1989 + A1: 2009 - Fire Propagation for Products - Class O - As defined in the latest Building Regulations, Approved Document B (Fire Safety).

VOC Emissions

Yeoman Shield PVCu Falmouth Wall & Door Protection panels have been tested for VOC to ISO 16000-10:2006 Indoor air - Part 10.

The test showed the following results:

<10 µg m^‑2 h^‑1 for TVOC

<5 µg m^‑2 h^‑1 for Formaldehyde

The interpretation of these results by BRE are if all the walls (less door and window) of the 30 m³ reference room described in BS EN 16515‑2017

(with a ventilation rate of 0.5 air changes per hour) were clad with our Yeoman Shield PVCu Falmouth Wall & Door Protection Panels, the increase in TVOC in the room would

be <20 µg m^‑3 for TVOC and <10 µg m^‑3 for Formaldehyde and these are deemed to be low.

BREEAM Hea02 has limits of 300 µg m^‑3 for TVOC and 100 µg m^‑3 for Formaldehyde, so the theoretical increases in TVOC and Formaldehyde from

using our PVCu sheet are deemed as low.

CHAS accreditation advanced