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baseTherm® Floor Insulation System - Liquid Floor Insulation

Name: baseTherm® Floor Insulation System - Liquid Floor Insulation
Brand: SMET Building Products Ltd
SKU: 2r2TjRuZ47yxmVeDNF4P23

Verified by manufacturer 5 months ago

baseTherm® 150

SMET Building Products Ltd

Third party certifications:

NSAI Agrément Certificate
Certificate type
EPD
Certificate type
ISO 9001 Quality Management
Certificate type

NSAI Agrément certified, bound EPS liquid floor insulation.

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BOS

+44 (0)28 3026 6833 Website

Application

Suitable for internal application to ground-supported and suspended floors in existing and new domestic and non-domestic building applications.

Typically installed:

Below a concrete floor slab.
Below a floor screed on a concrete slab with a hardcore base.
Above a suspended concrete floor (e.g., block and beam) with a floor screed.

Description

baseTherm® is an NSAI Agrément certified bound EPS liquid floor insulation, complete with EPD, produced and installed using a Mobile Floor Insulation Factory.

baseTherm® Floor Insulation System is a pumpable, light-weight thermal and insulating screed mortar consisting of EPS beads, fast-drying cement, and Isostay proprietary additive mixed on-site using a purpose-built Mobile Floor Insulation Factory to meet the requirements of I.S. EN 16025-1 and I.S. EN 16025-2.

baseTherm® has been developed using IsoStar and Enginy-certified technology, which has been on the market in Western Europe since 2012, along with our EPS bead manufacturing partner Kore System, which is based in Co. Cavan.

The product is used as a thermally insulating, non-structural, bound expanding polystyrene (BEPS) system which can contribute to the thermal and acoustic performance of floors in either new or existing buildings.

Features and benefits:

baseTherm® KEY BENEFITS:

Seamless, void-free poured floor insulation
Factory-produced on-site, no waste
Rapid pumped installation
Non-combustible
Ultra-lightweight with acoustic benefits
Highly insulating, from 0.041 W/mK
NSAI Agrément certified
EPD Certified – certificate available to download on EPD Ireland
Available for specification on NBS Source and as BIM Digital Objects
Meets the requirements of I.S. EN 16025-1 and I.S. EN 16025-2.

General information

Material	Polystyrene Guidance for specification option: Bound expanding polystyrene system (BEPS). Cement
Shape	Formless

Uniclass	Pr_25_71_63_26 Expanded polystyrene (EPS) boardsPrimary Pr_25_31_48_28 Expanded polystyrene (EPS) bead insulation Pr_25_71_63_66 Polyisocyanurate (PIR) foam boards Pr_35_31_06_47 Lightweight aggregate levelling screed mixes
CAWS	E20/380 Void formers E60/330 Expanded polystyrene void formers

Product range	baseTherm® Liquid Floor Insulation

Specification data - Expanded polystyrene (EPS) boards

Fire performance	Class A2.
Compressive strength (minimum) at 10% compression	To EN 826, CS (10)150.
Thermal conductivity (maximum)	To EN 12667, 0.052 W/m·K.

Particle size	To EN933-1, ≤6 mm. Manufacturer guidance Particle size group of EPS N.
Mortar	To EN 12350-6, ±246 kg/m³. Manufacturer guidance Apparent density of fresh mortar ± 10%.
Density	To EN 1602, ±150 kg/m³. Manufacturer guidance Bound EPS density ± 10%.
IsolatorCompressibility	To EN 12431, ≤2 mm.
Water vapour diffusion resistance	To EN 12086, 5 to 20.
Water absorption	To EN 1609, ≤2.0 kg/m². Manufacturer guidance Water absorption by short term partial immersion.
Dynamic tensile tension	To EN 29052-1, 226 MN/m³.
U-value	From 0.041 W/m·K. Guidance for specification option: Dependent on perimeter/ area and insulation thickness. Contact manufacturer for typical U-Values and insert requirements.
Mortar type	EPS beads, fast-drying cements and Isostay proprietary additive.

Sustainability data

Contains Red List materials	No
Country of material origin	Ireland
Country of product manufacture	Ireland
Material	Polystyrene Guidance for specification option: Bound expanding polystyrene system (BEPS). Cement
Manufacturing plant location	Cappagh, Co. Kildare, A83 VF21, Ireland
Embodied carbon A1-A3 (production stage) as defined in BS EN 15804	1.41 kg CO₂ eq/kg