Heat Dissipating Paint
Moisture damage, microbial activity, and harsh chemical exposure are frequent threats in Singapore’s commercial and industrial settings. Delta Sirius offers NeOCOAT, a purpose-formulated coating system engineered to mitigate these issues efficiently and reliably.
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NeOCOAT vs Conventional Heat Reflective Paint
HEAT REFLECTION: OVER 25 DEGREES CELSIUS
NeOCOAT dissipates thermal energy within the paint by transforming heat into kinetic energy.
DIRT ON SURFACE: OVER 25 DEGREES CELSIUS
Surface dirt does not influence heat
exchange. Thus, the temperature underneath is lowered.
Heat reflection fails with surface
dirt and the temperature goes up.
HEAT STORAGE: OVER 25 DEGREES CELSIUS
No heat exchange occurs
between 5 and 25 degrees Celsius. When its under 5 degrees, NeOCOAT raises the temperature.
Conventional heat
reflective paint reflects IR, lowering the temperature underneath.
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 conventional heat reflective paint: 50 – 55°c
- Average temperature for areas coated with NeoCOAT: 40 – 45°c
- Average temperature for areas coated with rubber chips and asphalt: 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
Scope of Services
Delta Sirius is the appointed distributor and systems advisor for NeoCoat across key institutional and commercial sectors. We work alongside architects, contractors, and maintenance professionals to ensure correct specification and implementation.
Technical Surface Survey
Every project begins with an in-depth examination of surface composition, traffic exposure, and environmental conditions. This allows our team to recommend the most suitable variant of NeoCoat for long-term performance.
Material Selection Strategy
NeoCoat comes in several grades tailored to microbial control, chemical exposure, and structural preservation. Our experts will match the right product with the demands of your space.
Certified Application Coordination
Although Delta Sirius does not directly apply the coatings, we work with authorized Singapore-based applicators trained to meet the manufacturer’s standards. This ensures performance integrity from preparation to cure.
Integration with Other Building Systems
NeoCoat complements other environmental technologies offered by Delta Sirius. We provide guidance on how the coating interacts with ventilation systems, drainage, and water usage practices to ensure broader performance alignment.
Documentation and Compliance Support
We supply all required technical data, safety certifications, and conformance details necessary for health inspections, environmental audits, or project handover.
Performance Methodology
NeOCOAT is engineered around three core principles: material stability, biological resistance, and surface longevity. These are achieved through a stepwise application and curing process:
Substrate Bonding
Upon application, the paint chemically anchors to the prepared substrate. This ensures long-term resistance against flaking, bubbling, or detachment, even in fluctuating thermal or moisture conditions.
Barrier Formation
A unified protective film is created that prevents water ingress, particle retention, and chemical absorption. This is especially important in areas subject to constant sanitization.
Active Surface Response
NeoCoat contains additives that inhibit microbial presence on contact, reducing surface contamination and lowering the frequency of deep cleaning interventions.
Heat Dissipating Paints Applications in Various Industries
Delta Sirius supplies NeoCoat protective paint to facilities that require high standards of cleanliness, hygiene, and material durability. Common use environments include:
Institutional and Educational Buildings
In schools, public buildings, and government offices, NeoCoat helps improve hygiene standards and reduce surface degradation in shared or frequently cleaned spaces.
Healthcare & Clinical Environments
Used in clinics, diagnostics labs, and consultation rooms, NeoCoat helps maintain sterile conditions by preventing microbial buildup on wall and ceiling surfaces.
Warehouse & Logistics Center
Prevents damage to high-contact walls and dock areas, and reduces dust buildup in storage zones.
Commercial Kitchens and Food Processing Areas
NeoCoat resists heat, grease, and cleaning chemicals, making it ideal for kitchen walls, ceilings, prep rooms, and storage zones where hygiene is critical.
Manufacturing and Industrial Facilities
Protects internal structural elements and equipment enclosures from chemical exposure, abrasion, and humidity-related wear.
Reasons to 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.
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.