NeOCOAT
NeOCOAT is officially recognised as a New Technology by the Bureau of Construction of the Tokyo Metropolitan Government — a strong validation of its innovation and performance. Developed with advanced Japanese engineering, NeOCOAT dissipates thermal energy by converting absorbed heat into kinetic energy, enabling surfaces to stay cooler even under Singapore’s extreme heat, humidity, and challenging environmental conditions.
In addition, NeOCOAT also protects against paint peeling, mould growth, and surface degradation, delivering a durable, high-performance coating solution for both commercial and industrial applications.
Key Advantages of NeoCoat Heat-Dissipating Technology
Built for Singapore’s Climate & Demanding Environments
Engineered for high-humidity, tropical conditions; suitable for commercial kitchens, cleanrooms, factories, and institutional facilities.
Durable, Hygienic & Resistant to Damage
Antimicrobial, chemical-resistant, moisture-tolerant, and designed to enhance cleanliness, safety, and long-term durability.
Low-VOC Protection for A Greener Environment
Environmentally friendly formulation that aligns with Green Mark requirements and supports sustainable building practices.
Easy Application with Minimal Downtime
Fast installation process that reduces operational disruption while delivering long-lasting performance benefits.
Mitigating Urban Heat Island in Singapore’s Built Environment
Singapore’s dense, high-rise landscape traps and stores heat, creating local “hot spots” where surface temperatures stay elevated long after sunset. This urban heat island effect increases cooling demand, stresses building systems, and reduces outdoor comfort.
NeOCOAT’s heat-dissipating technology helps mitigating urban heat island impact by lowering roof and façade temperatures and reducing the amount of heat re-radiated back into the surrounding environment.
NeOCOAT Product Specifications
Source from https://ecolo-tec.jp/neo/english/product.html
Suggested Combinations of Top Coat and Primer Coat
Source from https://ecolo-tec.jp/neo/english/product.html
Standard Top NeOCOAT Colors
Source from https://ecolo-tec.jp/neo/english/product.html
D-47 (Water-borne)
D-42 (Solvent-borne / acrylic urethane resin)
NeOCOAT Applications & Results
Elementary school in Tokyo / 13:30 PM September 20, 2007
- Average temperature for areas coated with NeoCOAT: 40 – 45°c
- Average temperature for areas coated with rubber chips and asphalt: 50 – 55°c
- Average temperature for areas coated with NeoCOAT: 40 – 45°c
- Average temperature for areas coated with conventional heat reflective paint: 50 – 55°c
Parking lot in Tokyo / 13:00 PM May 14, 2009
- Average temperature before coated NeoCOAT: 47.8°c
- Average temperature after coated NeoCOAT: 37.2°c
Why Work with Delta Sirius
We understand the challenges of managing operational environments in Singapore’s climate and compliance landscape. Our solutions are selected and supported with that expertise in mind.
Book a Consultation
If you’re seeking a safe, durable, and environmentally responsible coating system for your facility in Singapore, NeOCOAT is the proven solution. Our team is ready to help you assess your facility and select the right coating strategy.
Let us help you extend the lifespan of your surfaces, reduce contamination risk, and meet compliance requirements – all with one reliable product.
Frequently Asked Questions
Most applications can be completed within one to three working days, depending on surface preparation needs, area size, and curing conditions.
Reapplication is typically not required for at least five years. However, touch-ups or partial recoats may be advised in high-impact areas based on use and cleaning frequency.
Under standard commercial conditions, it offers a service life of 5 to 10 years with minimal degradation, provided surfaces are properly maintained and not exposed to mechanical damage.
It is low maintenance. Routine cleaning with neutral pH solutions is sufficient to preserve appearance and surface integrity. We provide post-application care guidelines for every project.
Yes. It is designed to resist common industrial and food-grade cleaners. It retains its barrier properties under frequent disinfection protocols used in regulated environments.
No. It is specifically formulated for Singapore’s climate. It maintains adhesion and performance in areas with constant air-conditioning or exposure to high humidity.
In most cases, light use can resume within 24 hours. Full curing for maximum durability typically completes within 48 to 72 hours, depending on site conditions.
Finish types (matte, satin, or semi-gloss) do not impact core durability. However, smoother finishes tend to resist staining and are easier to clean in high-visibility or hygiene-critical areas.
It offers similar durability without the toxicity or strong odours often associated with epoxy-based systems. It cures faster, contains lower VOCs, and is more suited for occupied environments.
Yes. We often support clients planning phased upgrades, applying it in parallel with HVAC, water-saving, or energy-efficiency retrofits. It complements ESG-focused refurbishment projects seamlessly.