Thermal insulation ISOPLATE

XPSpanelrigid panel

Description
MAGNUM IsoPlate offers the possibility of additional floor insulation where only very limited construction height is available.
Due to the pressure-resistant properties of the insulation plates, an underfloor heating system (MAGNUM Mat) and a tiled floor can be directly glued on. MAGNUM Isoplate increases the insulating properties of the subfloor and thereby increases the efficiency and response time of the underfloor heating system used. These insulating properties result in lower energy consumption.

Features

• Flexural modulus according to EN 826 – 10,000–17,000 kPa
• Compressive strength at 10% deformation according to EN 826 – 300 kPa
• Tensile strength according to EN 1607 – 300 kPa
• Water vapour diffusion resistance according to EN 12086 – 80–250 kPa
• Linear thermal expansion coefficient – 0.07 mm/mK
• Application temperature range – -50°C to +70°C
• Reaction to fire class according to EN 13501-1 – E
• Effective thermal resistance indicated: 0.20690 m²K/W

Technical details

• Thickness: From 6 mm to 50 mm
• Extremely lightweight and stable
• Very easy to handle
• Easy to cut in any direction with a cutter
• Resistant to water and mould
• Thermal insulating material
• Extruded polystyrene foam (XPS)
• Both faces covered and reinforced with fiberglass and coated with high-tech polymer mortar
• Especially recommended for heating mats, heating cable and the SlimFit system

Warranty
2 years.

Technical specifications

• Material: extruded rigid polystyrene foam, coated and reinforced with fiberglass and polymeric mortar
• Thickness range: 6 mm – 50 mm (commercial variants available: 0.6 / 1 / 2 / 3 / 4 / 5 cm according to references)
• Flexural modulus (EN 826): 10,000–17,000 kPa
• Compressive strength 10% (EN 826): 300 kPa
• Tensile strength (EN 1607): 300 kPa
• Water vapour diffusion resistance (EN 12086): 80–250 kPa
• Linear thermal expansion coefficient: 0.07 mm/mK
• Operating temperature: -50°C to +70°C
• Reaction to fire class (EN 13501-1): E
• Indicated effective thermal resistance: 0.20690 m²K/W
• Supply forms: boards in different formats and sets according to reference (see references table)