T Barrier Systems

Explore a comprehensive range of T Barrier Systems, designed to enhance the thermal performance and air tightness of various structural interfaces. Offered by ARC, a distinguished vendor known for its exceptional product quality, these barrier systems can be employed in diverse architectural structures and designs.

T-Barrier Pitched Roof System

This category features T-Barrier systems specially designed for pitched roofs, accommodating all sizes and a myriad of applications. Pitched roof systems often require robust, efficient, and durable thermal and airtight barriers to optimise energy conservation, mitigate thermal bridging, and enhance overall structural integrity.

The T-Barrier Pitched Roof system acts as a pivotal solution to insulating this particular architectural feature, ensuring that the insulating continuity between the wall and roof is not compromised, while also adhering to the necessary fire performance and structural standards.

Applications

Residential Constructions: Ensuring thermal continuity in homes, particularly in the attic or loft conversions.

Commercial Buildings: Useful in offices and industrial buildings with pitched roofs to enhance thermal performance and energy efficiency.

T-Barrier Masonry (Vertical) System

T-Barriers suitable for masonry applications, specifically vertical alignments, are pivotal when considering energy-efficient building practices. The T-Barrier Masonry (vertical) system ensures a continuous insulation layer across varied junctions, alleviating cold bridging and securing thermal insulation in cavity wall constructions. 

Applications

External Wall Insulation: Preserving thermal envelope continuity in external masonry walls.

Internal Partitions: Enhancing insulation between internal, adjoining walls of different dwellings or units. 

T-Barrier Timber Frame (Vertical) System

Dedicated to timber frame constructions, the T-Barrier Timber Frame (vertical) system aims to curtail thermal bridging at junctions, guaranteeing a seamless thermal and airtight solution. Its design aids in maintaining thermal continuity at the junctions between walls and floors, walls and roofs, or other crucial intersections within timber-framed buildings.

 Applications

Modern Timber Frame Buildings: Ensuring optimal thermal performance and mitigating energy loss through thermal bridging.

Historic Timber Structures: Enabling thermal performance upgrade without jeopardizing the structural or aesthetic integrity. 

Selecting Appropriate T-Barrier Systems

When selecting a T-Barrier system, it’s pivotal to consider a few key factors to ensure it aligns with the specific needs and demands of your construction project:

Architectural Design: Identify the architectural requirements, considering whether it’s a pitched roof, masonry, or timber frame construction to select a suitable T-Barrier system.

Thermal Performance: Consider the U-value and thermal performance required, aligning with the respective building regulations and sustainability goals.

Structural Integrity: Ensure that the selected T-Barrier system complements and enhances the structural stability of the built environment.

Compliance: Validate that the product adheres to the necessary fire performance, safety standards, and building regulations applicable to your project.