Renovating a basement, garage or cold room? Rigid insulation helps keep heat in during winter and cool air in during summer. Easy to install, it’s a reliable choice to improve comfort and reduce energy loss.
Home comfort is a combination of several factors: air infiltration and moisture permeability, together with insulation are the most basic. Enermax is the only structural board that combines theses factors with a quiet environment, an integral part of the “total” home comfort equation.
The Natural Panel or Sound Deadening Board is a rigid panel produced from non-toxic organic material and natural wood fibres that are wax impregnated. The wax impregnation resists water penetration into the board. The density and rigidity of the board provide excellent noise control properties.
R-1.3 has excellent water vapour permeance which allows interior water vapour to escape to the exterior and not be trapped within the wall cavity where it could cause damage.
R-1.3 has excellent water vapour permeance which allows interior water vapour to escape to the exterior and not be trapped within the wall cavity where it could cause damage.
R-1.3 has excellent water vapour permeance which allows interior water vapour to escape to the exterior and not be trapped within the wall cavity where it could cause damage.
From homes to commercial buildings, SONOpan with Noise STOP Technology is a versatile and affordable solution that can double the soundproofing of any wall or ceiling assembly.
From homes to commercial buildings, SONOpan with Noise STOP Technology is a versatile and affordable solution that can double the soundproofing of any wall or ceiling assembly.
From homes to commercial buildings, SONOpan with Noise STOP Technology is a versatile and affordable solution that can double the soundproofing of any wall or ceiling assembly.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This SOPRA-XPS 20 panel with shiplap edges is mainly used as thermal insulation in SOPREMA's above-ground wall assemblies and on the interior walls of foundations.
This Type 3 extruded polystyrene insulation board provides dependable thermal performance with a compressive strength of 20 psi, suited for below-grade and foundation applications. Its closed-cell structure resists moisture absorption, maintaining a stable R-value even in damp conditions. The shiplap edge profile creates overlapping joints that minimize thermal bridging between panels. Designed for foundation walls, under concrete slabs, and protected membrane roofing assemblies where long-term moisture resistance and structural support are critical.
This SOPRA-XPS 30 panel with shiplap edges is primarily used as thermal insulation on walls and under concrete slabs with loads not exceeding 30 psi in foundation systems.
This SOPRA-XPS 30 panel with shiplap edges is primarily used as thermal insulation on walls and under concrete slabs with loads not exceeding 30 psi in foundation systems.
This SOPRA-XPS 30 panel with shiplap edges is primarily used as thermal insulation on walls and under concrete slabs with loads not exceeding 30 psi in foundation systems.
Upgrade thermal performance in new builds and renovations with this extruded polystyrene (XPS) rigid insulation board. The 2" thick, 2' x 8' panel provides R-10 (RSI-1.76) and a compressive strength of 30 psi. A smooth, flat face supports continuous surface contact and consistent coverage across large areas. The rectangular format enables clean layout, precise cuts, and efficient handling on site or in the shop. Clear printed markings aid quick identification. Practical for a wide range of insulation tasks, it suits both DIY users and professionals seeking reliable, uniform results.
This SOPRA-XPS 30 panel with shiplap edges is primarily used as thermal insulation on walls and under concrete slabs with loads not exceeding 30 psi in foundation systems.
This SOPRA-XPS 30 panel with shiplap edges is primarily used as thermal insulation on walls and under concrete slabs with loads not exceeding 30 psi in foundation systems.
ISOFOIL combines the insulating performance of an expanded polystyrene panel with the high efficiency of an integrated reflective vapour barrier, which ensures high-performing insulation, increased indoor comfort and the reduced risk of mold.
ISOFOIL combines the insulating performance of an expanded polystyrene panel with the high efficiency of an integrated reflective vapour barrier, which ensures high-performing insulation, increased indoor comfort and the reduced risk of mold.
ISOFOIL combines the insulating performance of an expanded polystyrene panel with the high efficiency of an integrated reflective vapour barrier, which ensures high-performing insulation, increased indoor comfort and the reduced risk of mold.
ISOFOIL combines the insulating performance of an expanded polystyrene panel with the high efficiency of an integrated reflective vapour barrier, which ensures high-performing insulation, increased indoor comfort and the reduced risk of mold.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
ISOCLAD is an air barrier / non vapour barrier insulation panel with a laminated membrane. Designed for exterior insulation of above grade walls. Eliminates thermal bridges, creates a continuous air and weather barrier envelope, which in turn reduces heat loss.
Laminated with a membrane on both surfaces and equipped with the unique ISOCLICK four-sided clipping system, iFLEXFOAM is designed to provide continuous and uniform insulation beneath the concrete slab. Both flexible and highly resistant, it offers numerous benefits that make it the optimal choice for under-slab insulation.
Laminated with a membrane on both surfaces and equipped with the unique ISOCLICK four-sided clipping system, iFLEXFOAM is designed to provide continuous and uniform insulation beneath the concrete slab. Both flexible and highly resistant, it offers numerous benefits that make it the optimal choice for under-slab insulation.
Laminated with a membrane on both surfaces and equipped with the unique ISOCLICK four-sided clipping system, iFLEXFOAM is designed to provide continuous and uniform insulation beneath the concrete slab. Both flexible and highly resistant, it offers numerous benefits that make it the optimal choice for under-slab insulation.
Laminated with a membrane on both surfaces and equipped with the unique ISOCLICK four-sided clipping system, iFLEXFOAM is designed to provide continuous and uniform insulation beneath the concrete slab. Both flexible and highly resistant, it offers numerous benefits that make it the optimal choice for under-slab insulation.
The most versatile of our rigid insulation, the HD panels are available in several compressive strengths and are designed for use above or below ground level. They meet almost every possible need: above-grade wall, foundation, concrete slab, floor, ceiling and cathedral ceiling, and offer both a cost-effective and efficient solution.
The most versatile of our rigid insulation, the HD panels are available in several compressive strengths and are designed for use above or below ground level. They meet almost every possible need: above-grade wall, foundation, concrete slab, floor, ceiling and cathedral ceiling, and offer both a cost-effective and efficient solution.
The most versatile of our rigid insulation, the HD panels are available in several compressive strengths and are designed for use above or below ground level. They meet almost every possible need: above-grade wall, foundation, concrete slab, floor, ceiling and cathedral ceiling, and offer both a cost-effective and efficient solution.
The most versatile of our rigid insulation, the HD panels are available in several compressive strengths and are designed for use above or below ground level. They meet almost every possible need: above-grade wall, foundation, concrete slab, floor, ceiling and cathedral ceiling, and offer both a cost-effective and efficient solution.
R-4 HP Insul-Sheathing is a composite panel made from polystyrene foam laminated on a wood fibre insulation panel coated with asphalt for greather weather resistance.
R-4 HP Insul-Sheathing combines the strength of the fibre board with the insulation properties of the polystyrene.
R-4 HP Insul-Sheathing is a composite panel made from polystyrene foam laminated on a wood fibre insulation panel coated with asphalt for greather weather resistance.
R-4 HP Insul-Sheathing combines the strength of the fibre board with the insulation properties of the polystyrene.
R-4 HP Insul-Sheathing is a composite panel made from polystyrene foam laminated on a wood fibre insulation panel coated with asphalt for greather weather resistance.
R-4 HP Insul-Sheathing combines the strength of the fibre board with the insulation properties of the polystyrene.
R-4 HP Insul-Sheathing is a composite panel made from polystyrene foam laminated on a wood fibre insulation panel coated with asphalt for greather weather resistance.
R-4 HP Insul-Sheathing combines the strength of the fibre board with the insulation properties of the polystyrene.
The ISO R PLUS premium rigid panel is specifically designed for the insulation of interior walls and ceilings. It contains Neopor® graphite particles developed by BASF-SE, which increases insulation performance without increasing the panel thickness. Equipped with an integrated reflective vapour barrier, it’s the ideal product when interior insulation is required.
The Sopra-XPS 30 SL thermal insulation panel is made of rigid extruded polystyrene with shiplap edges on all four sides. It is recommended for applications requiring continuous insulation without thermal bridging, in walls or concrete slabs with a load not exceeding 30 lb/in² in Soprema foundation systems. Compliant with CAN/ULC S701.1, Type 4 standards, it offers exceptional resistance to water and moisture, superior initial and long-term thermal performance (R-5/in). Containing up to 70% recycled content, its global warming potential is only 1.