THE CARPARK FEATURE

Cooling car parks with Kaynemaile-Armour

 

Kaynemaile-Armour is a uniquely modern re-imagination of the two thousand-year-old chainmail concept using strong (yet lightweight) polycarbonate. Kaynemaile-Armour has created stunning architectural features on several unique car park facades locally and internationally. Kaynemaile-Armour provides significant environmental benefits, spectacular visual appeal and a wide scope for design. It also comes with the added benefit of maintaining visual transparency from the inside out.

One of the unique properties of Kaynemaile-Armour is its solar reduction capabilities. By protecting a building from direct sunlight and not restricting the cooling effects of air movement, Kaynemaile-Armour significantly reduces the total energy costs required to cool a building in hot climates.

The three-dimensional structure of the mesh means a high proportion of the surface area is always in shade, giving a cooling effect as the air passes through the cross-sectional open area. It significantly reduces both radiant and thermal conductive heat from entering the building envelope by up to 70%. Unlike steel mesh products (that can store significant amounts of heat), Kaynemaile-Armour mesh remains at a near ambient temperature to protect the building from heat conduction.

Utilizing the latest polycarbonate manufacturing technology (the same material used in aeroplane windshields and astronaut helmets), Kaynemaile-Armour is extremely robust and impact resistant. It weighs only 3kgs per square metre so it doesn’t need the same amount of structure and fixings as a metal facade.

Kaynemaile-Armour was recently installed on the Loma Linda University car park facade in San Bernardino, California. The hot, dry climate of San Bernardino meant sun protection and airflow were critical requirements in the design. The Kaynemaile-Armour facade system significantly reduced the surface temperature from 40°C to 28°C in Kaynemaile-Armour protected areas*. 

With a fast install time and simple fixing details, Kaynemaile-Armour exceeded the project requirements — providing enhanced air flow through beautiful louvre-like strips.

The mesh was also used on the Pacific Fair Shopping Centre car park facade on the Gold Coast. Using a material that cut heat but maintained air flow in this sub-tropical climate was crucial for this project. The design drew inspiration from the waves and golden sand of the nearby Pacific Ocean the three-dimensional facade features two layers of mesh, providing  a different scene from day to night along the busy boulevard. During the day the sun sparkles off the ten million individual rings of the champagne coloured front screens. At night the rear layer of translucent marine coloured mesh creates a rippling wave, highlighted by well-placed architectural lighting as well as the ocean breeze.

Another unique characteristic of Kaynemaile-Armour is that it can be made to any height or width in a seamless piece (thanks to a patented manufacturing process). This meant the mesh easily worked with the pre-determined structural frame heights for Pacific Fair and gave the designers the flexibility they needed to explore new and interesting concepts.

Danpal now proudly represents Kaynemaile-Armour throughout Australia. This partnership merges Danpal Australia's expert building consultants with Kaynemaile's culture of invention and collaboration to facilitate the creation of amazing architectural spaces.

Please contact us for a free system demonstration or samples.

 

* This may vary from geographical location and claims are based on a combination of scientific tests, field readings, observations and weather conditions.

Loma Linda University Carpark:  The hot, dry climate of San Bernardino meant sun protection and airflow were critical requirements for the facade.

Loma Linda University Carpark: The hot, dry climate of San Bernardino meant sun protection and airflow were critical requirements for the facade.

Loma Linda University Carpark:  The Kaynemaile-Armour facade system significantly reduced the surface temperature from 40°C to 28°C in Kaynemaile-Armour protected areas*.

Loma Linda University Carpark: The Kaynemaile-Armour facade system significantly reduced the surface temperature from 40°C to 28°C in Kaynemaile-Armour protected areas*.

Pacific Fair Shopping Centre carpark facade, Gold Coast Australia

Pacific Fair Shopping Centre carpark facade, Gold Coast Australia

 
 

Technical benefits at a glance

 
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Fire Resistant

Kaynemaile mesh uses self-extinguishing fire retardant polycarbonate to achieve a Group 1S result in the ISO 9705 room test. For more specific compliance information, please contact us.

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Unlimited Screen Size

We are not limited by panel size—we can make our screens to any height or width without joins or distracting gaps. This gives you freedom at the design concept stage that other materials don’t. Making our screens to the size you need them means less structure, less fixings, and less time on site.

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Super-Fast Installation

Kaynemaile-Armour is lightweight (3kg per square metre) and goes up fast, cutting down the install time dramatically and saving costs. Our fixing systems are simple and we don’t need the same level of sub-frame as metal products. This means our installed rate is more cost effective than metal or glass panel products.

For more information on fire resistance and other benefits of our mesh, visit our Technical page.

 

Case Studies

Pacific Fair Carpark Facade, Gold Coast Australia

The three-dimensional facade at Pacific fair shopping centre draws inspiration from the waves and golden sand of the nearby world famous beaches... Read More

Loma Linda University Carpark Facade, San Bernardino, LA

Built for hospital patients and visitors as part of the extensive campus project, the brief for this car park called for a visually captivating design with material efficiencies... Read More

Agostino Group Carpark Facade, Adelaide Australia

Inspired by an old leather couch, the architect's unique concept for this multi-storey car park called for buttom-like disks to be pulled back into the... Read More