Heatcure

Sunlight is accompanied by harmful rays such as ultraviolet and infrared rays. Heat Cure effectively blocks these rays, providing comprehensive protection. Unlike curtains, blinds, or tinted windows, Heat Cure is an unparalleled transparent ultra-thin insulation coating.

Up to 99% UV Block
Up to 85% IR Block
Reduce Solar Heat Gain by 4-10ºC
Save up to 15-20% on cooling bills

Technology

TECHNOLOGY

Heatcure’s glass coating is an advanced nano-ceramic coating designed to make any glass surface highly heat-resistant without the need for dark tints or bulky shades. In simple terms, it’s a clear protective layer that you apply onto glass to block solar heat and harmful rays. Once applied, the coating forms an invisible shield on the glass that can block up to 85% of incoming infrared heat and 99% of ultraviolet (UV) radiation. Crucially, it achieves this without noticeably reducing visible light, so interiors stay bright and views remain clear.

The coating is essentially a “nano-ceramic” liquid that bonds chemically to glass during application It contains microscopic nanoparticles that have special optical properties. When the liquid is applied and cured on the glass, these nanoparticles self-assemble into an ultra-thin, uniform layer – much thinner than a human hair, and invisible to the naked eye. Despite being so thin, this nano-layer is densely packed with particles that are engineered to interact with specific wavelengths of sunlight.

Infrared Reflection/Absorption: When heat-carrying Infrared waves hit the coated glass, a large portion is reflected away or absorbed by the coating rather than transmitted inside. Only a small fraction of the heat gets through. This is how the coating achieves up to 85% blockage of IR heat – a level of thermal rejection comparable to some of the best industrial low-E glass, but now achievable as a retrofit on existing windows.
UV Blocking: The coating also incorporates UV-blocking nanomaterials. It can screen out upto 99% of UV rays, equivalent to an SPF 100 rating in sunscreen terms. By stopping UV, the coating protects occupants from skin-damaging rays and prevents furnishings from sun-fading.
Visible Light Transparency: Because the particles are nano-sized (far smaller than the wavelength of visible light), they do not scatter visible light significantly. The formulation is also optically clear, avoiding the use of any tint or pigment. As a result, the coating remains transparent once cured – windows look essentially unchanged to the eye. You don’t get the dark or mirror-like appearance that traditional reflective films have.

Benefits

1.Comfort: By reducing the inside temperature, Heat Cure serves as an effective insulator during summer, ensuring a more comfortable indoor environment, even next to the windows.

2.Protection: The reduction of UV and IR radiations ensures the protection of furniture, curtains, and equipment that deteriorate rapidly under harsh sun conditions.

3.Energy Saving: By reducing the heat entering the premises, Heat Cure helps save 15-20% on electricity power consumption, allowing to make significant cost savings while contributing to a greener future

4.Maintenance-free: With excellent hardness and scratch resistance (4H Pencil hardness), Heat Cure ensures the durability and longevity of your glass surfaces, surpassing the standard 6H pencil hardness of regular glass.

5.Warranty: Heat Cure has a life expectancy of 12-15 years and is backed up with a 10-year warranty on both appearance and performance when applied internally (5 years when applied externally).

Professional Installation for Quality Assurance

Achieving optimal results with heat reflective coating in UAE requires professional application by certified technicians. Expert installers ensure proper surface preparation, consistent application thickness, and appropriate curing conditions. This attention to detail guarantees maximum effectiveness and longevity of the coating system. Quality control measures include thickness testing, adhesion verification, and performance monitoring to ensure the coating meets specified requirements.

When professionally applied, heat reflective coating in UAE delivers immediate and long-lasting results. Application Process: The coating is applied as a transparent liquid directly onto the interior surface of existing glass using a specialized roller or spray. It then cures (dries and hardens) within a few hours into a solid, clear film tightly bonded to the glass. Professional installers can cover large areas quickly – typically coating 300–400 square feet of glass in a single day, with the coating drying to touch in 3–4 hours. This means minimal downtime or disruption to the home or business; large glass façades can be upgraded overnight or over a weekend.

Energy Efficiency and Sustainability

Property owners typically observe a 15-20% reduction in cooling costs within the first month of application. The coating’s durability ensures sustained performance under the harsh Middle Eastern sun, making it an intelligent investment for both residential and commercial properties. Studies have shown that interior temperatures can be reduced between 4-10°C in treated spaces, significantly improving comfort levels and reducing the strain on air conditioning systems. This also reduces the “greenhouse effect” in glass-heavy spaces, mitigating hot spots near windows.

Environmental consciousness drives many property owners to seek sustainable solutions. For projects seeking green building certifications or adhering to strict environmental standards, this coating can be a valuable component to achieve compliance. It effectively upgrades existing glazing to meet higher performance requirements without generating construction waste (as would happen if you replaced windows). Heat reflective coating in UAE addresses these concerns by reducing the energy required for air conditioning systems. This reduction in energy consumption not only lowers utility bills but also decreases the overall carbon footprint of buildings, aligning with the UAE’s vision for sustainable development. The coating’s long service life makes it an environmentally responsible choice for modern construction and renovation projects.

Proven Technology with versatile Applications

While nanotechnology coatings might sound novel, HeatCure’s solution is well-proven in real-world applications. The technology has been deployed across over 35 countries, with more than 1,000,000 square meters of glass coated worldwide. The versatility of heat reflective coating in UAE makes it suitable for various structures, from sprawling shopping malls to residential villas. Industrial facilities particularly benefit from this technology, as large warehouse spaces traditionally require significant energy for temperature control. The coating’s ability to maintain consistent indoor temperatures helps protect sensitive equipment and creates more comfortable working conditions. Educational institutions, healthcare facilities, and government buildings across the UAE have successfully implemented this solution to enhance their thermal efficiency.

Weather Resistance and Durability

HeatCure’s nano-coating is designed to be a long-term solution. Laboratory and field tests (in Japan and other countries) have shown the coating can easily last over 10–15 years while retaining its clarity and effectiveness. It is formulated to resist yellowing under intense UV exposure and to remain adhered through thermal expansion, sandstorms, and cleaning cycles. In fact, the coating is rated to have roughly twice the lifespan of conventional window film solutions. Maintenance is straightforward – the coated glass can be cleaned like normal windows, and the coating’s hydrophobic and anti-static properties naturally repel dust, water spots, and grime, meaning windows stay cleaner longer.

Cost-Effective Building Enhancement

Studies note that for every 1 °C decrease in indoor temperature, air conditioning energy use can drop by 3–4%. With HeatCure consistently achieving multi-degree temperature reductions, cooling energy savings up to ~30% have been observed in hot climates. Property owners typically recover their investment through reduced energy bills within 2-3 years. Additionally, the coating’s protective properties minimize maintenance requirements and extend the lifespan of building materials, providing excellent return on investment. The reduction in cooling costs can amount to significant savings, particularly for large commercial buildings and industrial facilities.

Supporting UAE's Sustainable Development Goals

The implementation of heat reflective coating in UAE aligns perfectly with the nation’s commitment to sustainable development and energy efficiency. As the region continues to grow and develop, such innovative solutions play a crucial role in creating more sustainable and comfortable urban environments for future generations. The technology contributes to the UAE’s green building initiatives and supports the country’s ambitious sustainability targets for 2030 and beyond.

The IRUV Cut Coat product contributes meaningfully to multiple United Nations Sustainable Development Goals (SDGs) through its advanced material efficiency and energy-saving benefits. Its long-term durability, energy performance, and health impacts align with global sustainability targets:

SDG 7: Affordable and Clean Energy – Reduces air conditioning energy consumption by 20–30%, lowering energy demand in buildings.
SDG 9: Industry, Innovation and Infrastructure – Promotes innovative materials with extended service life, reducing the need for frequent replacement.
SDG 12: Responsible Consumption and Production – Minimizes waste generation through a 15-year lifespan, outperforming conventional window films that last only 5 years.
SDG 13: Climate Action – Contributes to lower greenhouse gas emissions by improving energy efficiency of buildings.
SDG 3: Good Health and Well-Being – Enhances indoor comfort and reduces the prevalence of health issues like allergic rhinitis and hypertension through better insulation.
SDG 11: Sustainable Cities and Communities – Supports urban sustainability by improving building performance and promoting resilient, energy-efficient homes.
SDG 17: Partnership for the Goals