EBOOK

Learn more about multiple insulation technologies

Review of Various Types of Insulation Materials Used in Buildings

Thermal performance of the building envelope has always been a priority for building designers and owners. Today’s requirements—based on the National Energy Code for Buildings (NECB)—do not specify which type of thermal insulation should be used, but rather indicate the minimum performance requirements based on U-values.

The selection of the insulation material used in roofs or exterior wall assemblies is a critical step in ensuring adequate thermal performance of the building. Various insulation types will be presented, along with their individual strengths when used in building construction. Conventional construction types will be reviewed in terms of their overall thermal performance.

Learning Objectives

  • Understanding the concept of U-value and the difference between U-value, R-value, and effective R-value
  • Recognizing various thermal insulation types and identifying their individual strengths when used in building construction
  • Recognizing the impact of construction type on overall thermal performance
  • Get continuing education units

Download the ebook today

Please complete all fields.

EBOOK

Learn more about multiple insulation technologies

Review of Various Types of Insulation Materials Used in Buildings

Thermal performance of the building envelope has always been a priority for building designers and owners. Today’s requirements—based on the National Energy Code for Buildings (NECB)—do not specify which type of thermal insulation should be used, but rather indicate the minimum performance requirements based on U-values.

The selection of the insulation material used in roofs or exterior wall assemblies is a critical step in ensuring adequate thermal performance of the building. Various insulation types will be presented, along with their individual strengths when used in building construction. Conventional construction types will be reviewed in terms of their overall thermal performance.

Learning Objectives

  • Understanding the concept of U-value and the difference between U-value, R-value, and effective R-value
  • Recognizing various thermal insulation types and identifying their individual strengths when used in building construction
  • Recognizing the impact of construction type on overall thermal performance
  • Get continuing education units

Download the ebook today

Please complete all fields.

SUPERIOR INSULATION. COMPLETE SOLUTION.

Image showing polyisocyanurate panels.

Superior Reliability.
Superior Insulation.

SOPRA-ISO.

POLYISOCYANURATE INSULATION PANELS

SOPRA-ISO insulation boards, engineered to provide improved thermal resistance, are made at our state-of-the-art, LEED® Silver manufacturing facility.

MAIN BENEFITS

  • Highest thermal resistance of all rigid insulation products
  • High dimensional stability
  • Technology that has proven itself over time
  • Compatible with most solvents used in construction adhesives

Superior Toughness.
Superior Insulation.

SOPRA-XPS.

EXTRUDED POLYSTYRENE PANELS

SOPRA-XPS is a closed-cell, strong and versatile foam insulation made of rigid flat panels. It is mainly used as thermal insulation for foundation systems, parking lots and inverted roofs, including rooftops and green roofs.

MAIN BENEFITS

  • Exceptional water and moisture resistance
  • Superior initial and long-term thermal performance
  • One of the highest compressive strengths on the market
Image showing spray-applied polyurethane foam.

Superior Versatility.
Superior Insulation.

SOPRA-SPF.

CLOSED-CELL SPRAY-APPLIED POLYURETHANE FOAM

SOPRA-SPF is a high-quality product designed for interior and exterior insulation applications, whether commercial, industrial, or residential.

MAIN BENEFITS

  • Fast installation due to its monolithic shape without joints
  • Can be used as both insulation and an air/vapour barrier
  • Best resistance to mould
Image showing cellulose insulation.

Superior Eco-friendliness.
Superior Insulation.

SOPRA-CELLULOSE.

THERMAL AND ACOUSTICAL CELLULOSE INSULATION

SOPRA-CELLULOSE insulation is made of 85% post-consumer recycled newspapers. It acts as a protective shield to reduce the transmission of heat and sound. Efficient and environmentally friendly, SOPRA-CELLULOSE will reduce energy consumption and improve comfort under a wide range of climatic conditions.

MAIN BENEFITS

  • Highest thermal resistance of all blown insulation products
  • Exceptional acoustical properties
  • Excellent flame-retardant properties
  • Eco-friendly

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