WHAT IS ISOBLOC?
The Isobloc wall system consists of insulated structural blocks. Thanks to its unique design, it includes exterior finish, insulation and interior finish.
ISOBLOC
IN DETAIL
Choosing Isobloc for your construction means selecting an innovative, eco-friendly block with outstanding thermal insulation. This durable concrete block delivers exceptional energy efficiency, fire resistance, and soundproofing. Requiring little upkeep, Isobloc is a dependable investment that enhances the long-term value of your building.
KEY POINTS
SIMPLE
2-hour fire protection and R25 insulation in a single installation.
RAPID
3 steps in 1 – Up to 75% faster!
ECONOMICAL
Up to 35% savings with a comprable composition.
ECOLOGICAL
Concrete’s thermal mass, 20% energy reduction, and certified for 4 LEED points.
RECYCLABLE
Our products are
100% recyclable.
SOLID
Impact-resistant,
maintenance-free.
LOCAL
Designed and manufactured
in Quebec!
DURABLE
Resistant to moisture and rot, and easy to repair.
INSULATED MASONRY
3 steps in 1
1. ARCHITECTURAL CONCRETE EXTERIOR FINISH
- Aesthetic and intuitive design
- Strong and durable
2. TYPE 2 POLYSTYRENE INSULATION
- No thermal bridges
- Integrated vapor barrier
2. INTERIOR CONCRETE FINISH
- Water and impact resistance
- Easy anchoring for heavy loads
MASONRY UNITS CONSIST OF
TWO SOLID
CONCRETE BLOCKS
60 mm thick with a 120 mm thick expanded polystyrene core. They have a standard width of 240 mm.
1. DRAINAGE
Any water that seeps in is blocked by the watertight core and flows into channels, directing it to the outside of the wall.
2. AERATION
Perfect air circulation between the waterproof core and the outer concrete keeps the wall dry, preventing mildew formation.
THE COMPOSITION
IN DETAIL
1. CORE
Type 2 expanded polystyrene is molded in a projecting and recessed configuration to create a continuous insulating layer within the wall. Additionally, the polystyrene absorbs vibrations, making the Isobloc system highly soundproof.
2. EXTERIOR
An architectural masonry product, available in eight standard or custom colors and three finishes (smooth, blasted, and sandblasted) to meet your aesthetic preferences.
3. INTERIOR
Concrete provides high thermal mass, enabling passive heating that helps reduce your heating costs.
COMPARATIVE TABLE
ISOBLOC panels
Architectural panels
Resistance
High
Durability
High
Thermal insulation
Excellent
Acoustic insulation
Good
Heating energy savings
Excellent
Resistance
Poor
Durability
Poor
Thermal insulation
Good
Acoustic insulation
Poor
Heating energy savings
Poor
AVAILABLE COLORS
COLORS
SMOOTH FINISH
GRENART FINISH
EXPLODED FINISH
WHITE
LIGHT BEIGE
CREAM BEIGE
SILVER GRAY
GREY
BROWN
CHARCOAL
ANTHRACITE
RED
DELIVERY TIMES
At Isobloc, we understand the importance of meeting deadlines for your construction projects. Our processes are designed to provide high-quality, customized products while ensuring fast and reliable delivery.
PRODUCTION
ON DEMAND
Our products are specifically manufactured for your project.
QUICK DELIVERY TIMES
We aim to deliver your order within six weeks, even during peak periods.
OPTIMAL COORDINATION
We work closely with you to ensure on-time delivery.
One of our customers saves $250,000 a year in heating costs
Isobloc is a high-performance building material widely used in prefabricated and modular construction, valued for its outstanding insulation properties. Its high density and polyurethane foam composition provide superior thermal insulation compared to traditional materials. Isobloc minimizes heat loss through walls and roofs, resulting in reduced heating and cooling demands, lower conductive heat loss, and decreased energy consumption for ventilation. This translates into substantial energy savings, making it an ideal choice for energy-efficient buildings.
In short, thermal mass and Isobloc provide effective solutions for reducing energy consumption in buildings. Thermal mass regulates indoor temperatures by gradually absorbing and releasing heat, which reduces the need for air conditioning and heating. Isobloc, as an insulating building material, minimizes heat loss through walls and roofs, leading to lower heating and cooling demands, reduced conductive heat loss, and decreased energy use for ventilation. Together, these approaches offer substantial benefits for energy savings and contribute to the design of more energy-efficient buildings.
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Head office
3235 Av. de la Gare,
Mascouche, QC J7K 3C1