Thermal Isolation Clip
Thermal Isolation Clip
Increasingly stringent building codes coupled with rising energy costs has opened the market for new methods of effectively insulating buildings. The ISO Clip has been designed to meet these needs in an economical and user friendly design. The exterior appearance of the building façade is important but the effectiveness of the wall assembly is what will provide occupancy comfort and energy efficiency. Overuse of carbon heavy energy sources to
maintain indoor temperatures are not only expensive but environmentally detrimental.
The ISO Clip is a thermal barrier separating the interior of the building from the exterior framing components. Unique design features reduce the thermal transfer from the interior to the exterior. Thermal performance of the clip has been verified by the industry leaders, Morrison Hershfield.
The ISO Clip is engineered to perform on all substrates; including concrete, concrete block, steel studs or wood. One ISO Clip can accommodate a variety of insulation thicknesses or wall depths, eliminating the need for shims or multiple clips sizes. The ISO Clip installed in the same orientation is suited to accept either vertical or horizontal sub-girts. Versatility and ease of use combined with the effective use of insulation makes the ISO Clip the product to specify.
Performed Composite Wall Panels
ACCUMET panel system is comprised of flat 4-mm aluminum composite plank that is available in a variety of colours and finishes – even stainless steel, copper, granite or marble.
ACCUMET is fully engineered for virtually any application. Accumet is a rear-ventilated rain-screen system and can be provided with gaskets for AMMA compliance. Whether making a corporate ‘branding’ statement or simply re-cladding your existing facility, the Accumet 2000 system may be for you! Owners and designers also use this system on the interior as a feature wall or protective wall covering.
Laminam Ceramic supplied by Stone Tile International and made from a blend of fine-grain clays and other minerals to produce a very dense body, which makes it highly resistant to moisture, staining and wear. It will withstand years of heavy weathering in exterior façade applications while maintaining its color and beauty.
Ceramic panel rain-screen façade system available in the full range of Laminam Ceramic finishes and textures.
Aluminum Plate Wall System
AXIOM panels are fabricated from tension leveled, architectural grade aluminum plate, complete with shop installed stiffening ribs (if required). Panel corners are welded on 3mm panels to provide a seamless finish. On 2mm panel corners are non-welded providing a sharper return edge.
In aluminum, the 3mm lightweight panels are factory painted, in an controlled environment, after forming, which allows for limitless applications and the ultimate in design flexibility. 2mm prepainted panels are also available as well as other non-ferrous materials such as zinc and stainless steel.
AXIOM is a solid metal plate wall system uniquely designed and tested as a pressure equalized rainscreen. The Axiom System meets all of the requirements of the latest edition of the National Building Code for non-combustible construction and is considered a true dry-joint “Rainscreen Principle” system. This system should be considered when codes prevent the use of composite panel.
Fully Unitized Curtain Wall
6450 UCW is an innovative and versatile unitized curtain wall system designed to curb a building’s energy appetite and protect against the effects of today’s harsh climate. 6450 UCW is designed to be assembled and glazed in a controlled environment for increased quality assurance of critical seals and components. Fully engineered and completed unitized frames are shipped directly to the jobsite permitting rapid installation. 6450 UCW’s adaptability to fulfill most Architectural needs lends itself to being one of the most versatile and leading curtain wall systems in today’s market. 6450 UCW can easily be customized to seamlessly interface with market leading window and door systems.
Performance & Design Flexibility