BASF announced that the Neopor 5300 insulation material
(EPS, expandable polystyrene) has met the American Society for Testing
and Materials (ASTM) C578 Type I, II, VII and IX requirements for Rigid
Thermal Insulation. This performance capability is recognized in the International Code Council Evaluation Service (ICC-ES) Report #2784.
Neopor contains special graphite particles that reflect heat radiation
like a mirror, therefore reducing heat loss in a building. Neopor is
specified by experts for use as above- and below grade continuous
exterior insulation and as thermal insulation in other building products
used in walls, floors and roofs.
ICC-ES thoroughly examined BASF's product information, test reports,
calculations, quality control methods and other factors to ensure that
the Neopor insulation product is code-compliant. Building officials,
architects, contractors, specifiers, designers and others rely on ICC-ES
Evaluation Reports to provide a basis for using or approving products,
including those made with Neopor rigid thermal insulation, in
construction projects under the International Building Code.
Neopor rigid thermal insulation economically meets insulation code
requirements at industry standard thicknesses, thus demonstrating
eco-efficiency, durability, vapor permeability and low water absorption.
Using low density Neopor insulation (Type I) manufactured from Neopor
5300 enables the final building product to be more sustainable.
Compared to other rigid insulation boards, Neopor uses less material to
achieve the same R-value. For a given R-value, Neopor can be made
thinner than white EPS and less dense than XPS. For example, a 2,200-square-foot house using Neopor Type I continuous insulation in place of 15 psi
XPS can save up to 32 pounds of insulation.
Through the Neopor Brand Marketing Program, Neopor insulation
products can be accessed via a national network of authorized, qualified
and certified Neopor manufacturers. For more information, visit www.neopor.basf.us/where-to-buy or write to BASF at www.neopor.basf.us.
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