Sandwich panel SP2E X-PIRS Energy

 

Sandwich panel SP2E X-PIRS Energy is available in thicknesses 120 - 160 mm.

With precise and Ruukki specific manufacturing tolerances, and factory-fitted seals on the panel joints, the Ruukki® Energy panel structure with its seams forms a very airtight solution. Together with Ruukki Airtightness package it’s possible to achieve excellent airtightness to the entire building. This can decrease energy costs and CO2 emissions up to 30%. Read more on airtightness package. Using Ruukki's solutions you can receive more credits in LEED and BREEAM certification systems.

Low U-value and proper joint design together with wide thickness range make this sandwich panel an ideal solution for cold storage buildings. Innovative technology increasing strength parameters of the panel provides for load-bearing capacity up to 40% higher comparing to standard solutions.  

With excellent reaction to fire and fire resistance values, this panel ensures the highest level of fire safety for buildings and their users.

The core of this sandwich panel is made of rigid, HCFC-free, self-extinguishing and sustainable polyisocyanurate foam (PIR). Its excellent thermal insulation properties allow for the decrease of panel thickness which transfers directly to lower transportation and assembly costs, as well as significant savings of building's life cycle costs. 

Optionally, on request, SP2E X-PIRS Energy sandwich panel can be delivered as FM Approved product with a certificate granted by the world-biggest insurance company FM Global. The global certificate received based on 4880 and 4881 standards confirms that a building’s envelope made of these sandwich panels from Ruukki ensures the highest safety level in case of fire or hurricane.

 

For all needed information about FM Approved panels, please contact Ruukki Sales.

Application:

• External walls (standard fix)

This product is optionally available with following sustainable features:

• Steel facings made of recycled steel (SSAB Zero) for significantly lower CO₂ emissions and high circularity (Ruukki LowCarbon)
• Air tightness package for lower CO₂ emissions during building use