Heat Reflective Roof Coating Systems.

Cool - Energy Efficient - Roof Restoration

Highly durable and fade resistant heat reflective roof coating systems for all domestic and industrial roofing surfaces. Cement Tile and Faded Metal Roof Restoration. Rusted Metal Roofing and Asbestos Roof Encapsulation.

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Faded Colorbond

Tough Durable & faded resistant.

Cool & Energy Efficient – Reflects fully 50% of solar heat by infrared reflection.

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Energy Star Roof Restoration Surfaces

Why Replace Your Metal Roof When You Can Restore it with Heat Reflective Energy Star.

The heat reflective coatings are installed in a system of products that address adhesion, corrosion and watertight performance of the roof.

During new construction the coatings are applied to new zincalume roofing and provide an attractive finish that will outlast factory coated roofing sheet.

Existing aged, corroded metal roofs are repaired and re-fastened then treated with a scientific blend of penetrating, oxygen and moisture displacing rust encapsulant that halts present corrosion and allows the existing heavy gauge metal to remain in place.

Transform your Cement Tiled Roof into a cool energy efficient asset with Energy Star heat reflective coatings.

Unlike the normal repainting of weathered concrete tiles, the Energy Star system fulfils the replacement of the weathered factory finish in a positive and long-term manner addressing not only aesthetics, but the durability, adhesion and mould regrowth aspects.

Once installed, this system forms a uniform protective covering that protects, maintains and enhances the roof for many years to come. The heat reflective restoration is installed at a fraction of the cost of re-roofing, is aesthetically pleasing and remains cool in the extremes of summer.

Industrial Metal Roofs - Heat Reflective, Waterproof and Energy Efficient at a fraction of the cost and disruption of replacement.

The Energy Star restoration of industrial metal roofs completely seals and waterproofs seams, flashings and fastening devices. The waterproofing is achieved by embedding polyester matt between liquid water - proofing materials.

The entire roof is over-coated with multiple coats of liquid applied heat reflective elastomers to form a monolithic waterproof seal; With superior resistance to U.V. degradation and wind driven rain. Wind, water and contaminants are stopped from entering the building, assuring you complete and absolute watertight integrity.

The entire roof is treated with a scientific blend of penetrating, oxygen and moisture displacing rust encapsulant that halts present corrosion and allows the existing heavy gauge metal to remain in place.

Once installed, this system forms a seamless uniform protective covering that protects, maintains and enhances the roof for many years to come. The restoration is installed at a fraction of the cost of re-roofing is aesthetically pleasing and remains cool in the extremes of summer.

Why remove your Asbestos Roof when you can restore it to a safe, durable, watertight and heat reflective condition!

The Energy Star Asbestos System is one of long term rehabilitation and stabilization. This system does not require high pressure cleaning of the weathered sheet which is now prohibited in Australia.

The system utilizes an under-film mould retardant, a penetrating sealer / binder, and highly durable heat reflective elastomeric topcoats.

The system penetrates and locks firmly deep within the non-decayed asbestos fibre matrix. Splits, fasteners and flashings are waterproofed and reinforced with polyester matt ensuring a long-term water tight roof. All at a fraction of the cost and disruption of replacement.

Heat reflective Waterproof Membrane Systems with outstanding elongation and resistance to ponded water.

A liquid-applied, fully adhered seamless membrane that is formed in situ during new construction or retrofit, of concrete / timber ply decks, degraded box guttering or over existing weathered membranes.

The system will stop the transmission of ponded bulk water, eliminating moisture accumulation in the substrate. Low temperature flexibility, down to -20° C. makes them resistant to low temperature cracks in extreme weather, and assures positive adhesion, resilience to hailstone impact, and long-term crack free integrity.

Durable, flexible, heat reflective elastomeric membranes, resist UV degradation, ponded water and many industrial chemical environments and because they remain cool will last up to four time longer than conventional waterproofing.