Flooring sandwich panel Elastocore®
2 metal faceswith elastomer insulationpolyurethane PUR core

Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 2
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 3
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 4
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 5
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 6
Flooring sandwich panel - Elastocore® - BASF Energy efficiency - 2 metal faces / with elastomer insulation / polyurethane PUR core - image - 7
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Characteristics

Applications
for flooring
Facing material
2 metal faces
Core material
with elastomer insulation, polyurethane PUR core
Technical characteristics
high-resistance, lightweight
Other characteristics
100% recyclable

Description

Elastocore® (PU) : Superior alternative to steel or reinforced concrete Elastocore®, the filling of a patended metal-elastomer-metal composite known as SPS (Sandwich Plate System) is used in civil, oil & gas and maritime applications. Benefits Advantages of Elastocore® Simple and strong Low weight and fast construction Dampened vibration and built-in acoustic insulation Safe and fire resistant Can be recycled or re-used Bonding the two steel face plates, Elastocore®, provides global support thus eliminating weak spots and preventing local buckling. The inherent characteristics of SPS deliver fire, blast, impact and ballistics protection, noise and vibration damping along with thermal insulation. SPS is lighter and more durable than other heavy engineering materials. SPS is used in place of stiffened steel and reinforced concrete and can be found in a multitude of structural applications. The thickness of the composite elements is tailored to meet the design criteria for each application be it terraces for stadiums and arenas, bridge decks, floors or components for ship and oil & gas assets. These components are prefabricated offsite. The use of SPS: delivers significant weight savings in civil applications shortens project schedules reduces transport and storage provides greater design options reduces foundations and structural frames can be recycled or re-used

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.