Problem Area
Excessive Heat Penetration in Industrial Buildings
Transparent surfaces such as glass and fiber sheets in industrial and commercial buildings allow excessive heat penetration due to intense solar radiation. This leads to:
- Increased indoor temperatures
- Higher energy consumption for cooling systems
- Accelerated material degradation
- Reduced occupant comfort and productivity
Traditional coatings often compromise transparency or aesthetic clarity, making them unsuitable for applications where maintaining visibility is essential.
What is STAR HEAT SHIELD INDUSTRIAL?
Advanced Transparent Heat Reflective Coating
STAR HEAT SHIELD INDUSTRIAL is a single-component, nano-modified, transparent industrial coating designed to reflect up to 95% infrared (IR) and 85% ultraviolet (UV) rays, significantly improving energy efficiency and extending surface durability.
Type
Solvent Based
Coverage
430 sqft per litre per coat
Recommended Coats
1
Durability
10 Years
Features & Unique Selling Propositions
Superior Heat Reflection
Reflects up to 95% IR & 85% UV radiation while preserving complete transparency.
Nano-Modified Technology
Advanced liquid glass coating utilizing state-of-the-art nanotechnology for industrial applications.
Energy Efficient
Significant energy savings by reducing heat ingress and cooling requirements.
UV Stable Protection
Robust protection against weathering, thermal stress, and environmental degradation.
Easy Application
One-component formulation, no dilution needed, ready to use.
Quality Assured
Tested according to international ASTM standards for performance and durability.
Benefits & Solution
Reduced Energy Costs
By reflecting up to 95% of infrared radiation, STAR HEAT SHIELD INDUSTRIAL significantly reduces indoor temperatures, leading to lower air conditioning costs and substantial energy savings.
Extended Surface Lifespan
The coating protects surfaces from UV degradation and thermal stress, extending the lifespan of industrial structures and reducing maintenance costs.
Improved Comfort
Maintains comfortable indoor temperatures even during peak sunlight hours, enhancing occupant comfort and productivity.
Environmental Benefits
By reducing energy consumption for cooling, the coating helps lower carbon emissions and supports sustainability initiatives.
How It Works
Heat Reflection
The nano-modified formulation creates a transparent barrier that reflects infrared radiation, preventing heat from penetrating through glass and transparent surfaces.
UV Protection
Blocks up to 85% of harmful UV rays that cause material degradation, fading, and premature aging of surfaces.
Thermal Regulation
Maintains stable indoor temperatures by reducing solar heat gain, creating a more comfortable and energy-efficient environment.
How to Apply
Surface Preparation
Thoroughly clean glass surfaces using an appropriate glass cleaner chemical to remove contaminants such as dust, grease, fingerprints, and residues.
Application Conditions
Ideal ambient temperature: 25°C to 35°C. Maintain relative humidity below 70%. Avoid application under direct sunlight, rain, or windy conditions.
Mixing and Application
STAR HEAT SHIELD INDUSTRIAL is a single-component, ready-to-use product. Shake and gently stir the coating thoroughly to ensure uniform consistency.
Application Methods
Roller Application using lint-free microfiber roller or Spray Application using HVLP or airless spray equipment.
Drying & Curing
Touch dry 2-4 hours, recoating interval 4-6 hours, full cure 24-48 hours. Post-application inspection recommended.
Precautions
Wear protective gloves, masks, and safety goggles during handling and application. Ensure adequate ventilation.
Where to Apply
Glass Façades & Windows
Industrial and commercial buildings
Fiber Sheet Roofing
Manufacturing plants and warehouses
Skylights & Atriums
Office complexes and institutional buildings
Transparent Canopies
Commercial and industrial facilities
Glass Domes & Sunroofs
Malls, exhibition centers
Polycarbonate & Acrylic Sheets
Roofing or wall cladding applications
Compatible Surface Types
Glass
Tempered, laminated, float, tinted, or clear
Polycarbonate Sheets
All types and thicknesses
Acrylic Sheets
Plexiglass and similar materials
Fiber-Reinforced Plastic
FRP sheets and panels
Transparent Fiberglass
Panels and roofing materials
Product Results
Up to 95% Infrared Reflection
Significantly reduces heat transfer through transparent surfaces, maintaining cooler indoor environments.
85% UV Blocking
Protects interior furnishings, equipment, and materials from fading and degradation caused by UV exposure.
Substantial Energy Savings
Reduces cooling costs by up to 30-40% in buildings with significant glass or transparent surface areas.
10-Year Durability
Long-lasting protection with minimal maintenance requirements, providing excellent return on investment.
Case Studies & Testimonials
Additional Features & Technical Specifications
Testing Standards
ASTM E1980, ASTM C1549, ASTM E903, ASTM D2485, ASTM G155, ASTM D3359, ASTM D7091, ASTM D523
Warranty
3-Year Product Warranty
Solid Content
65%
HSN Code
32149090
