XO/FB

Xtroliner

XO/FB

XtroLiner Framing Board is designed for use in a wide range of constructions including steel or timber frame applications up to 18m in height. The framing board can be used between studs or as an insulated sheathing board.

Using XtroLiner Framing Board in this application will reduce the Thermal Bridging of the steel or timber studs.

Benefits

Specification Clause

The wall insulation shall be XtroLiner XO/FB manufactured to EN 13165 by Unilin Insulation, comprising a rigid modified Polyisocyanurate (PIR) core with textured robust low emissivity foil facings. The XtroLiner XO/FB_ _ mm with a Agrément declared Lambda value of 0.021 W/mK to achieve a U-Value of _ _ _W/m2K for the wall element. To be installed in accordance with instructions issued by Unilin Insulation

An Environmental Product Declaration (EPD), certified by IGBC is available for this product. Please contact technical support for further details.

Refer to NBS clause F30 12, F30 155, K10 15, K10 205.

Resistance ‘R’ Values

The resistance value of any thickness of Unilin insulation can be ascertained by simply dividing the thickness of the material (in metres) by its agrément declared lambda value, for example: Lambda 0.021 W/mk and thickness 80mm -> 0.080/ 0.021 -> R-Value = 3.80. In accordance with EN 13165, R-Values should be rounded down to the nearest 0.05 (m2K/W).

Steel Framed System

Buildings constructed using a steel framed system are insulated on the outer side of the construction creating a ‘Warm Frame’, reducing the risk of condensation.

Timber Framed System

Placing a lining of XtroLiner Framing Board into the traditional cavity of the construction, and effectively insulating the Thermal Bridging caused by the timber studding drastically improves the value of the walls over the traditional method of insulating between studs only.

Note:

The textured robust low emissivity foil facing on XtroLiner Framing Board improves the thermal performance of the wall within an unventilated cavity. The unventilated cavity, or residual cavity, is the most effective method of preventing wind-driven rain penetrating a wall from the outside.