ICE ENERGY B1 Radiative Cooling Coating
Description
ICE ENERGY B1 Radiative Cooling Coating is a passive cooling coating system designed to reflect solar radiation and emit heat through the 8-13 um atmospheric window, helping reduce surface and internal temperatures on energy storage cabinets, building roofs and industrial facilities.
Recommended Uses
- Suitable for energy storage cabinets, industrial equipment enclosures, building roofs, grain warehouses and other exterior surfaces where passive cooling and energy-saving performance are required.
Best For
- Energy storage cabinets exposed to strong sunlight
- Industrial or building roofs requiring passive temperature reduction
- Projects needing a coating solution rather than an adhesive film
Buyer Benefits
- Helps lower equipment or building heat load without active power consumption
- Combines cooling, protection and exterior surface renewal in one coating system
- Can be specified as a coating package with primer, intermediate and topcoat thickness guidance
Key Features
- Passive radiative cooling through high solar reflectance and infrared emission
- Designed to reduce outer top surface temperature and internal cabinet or building temperature
- Available as industrial cooling coating and building cooling coating variants
- Supports anti-corrosion requirements for demanding industrial environments when used in the correct system
- Can reduce cooling load and energy consumption under suitable exposure conditions
Technical Specifications
| Product Family | Specialty |
| Coating Layer | All |
| Component System | 1K or ready-to-use system, confirm from current TDS |
| Recommended Use Snapshot | Suitable for energy storage cabinets, industrial equipment enclosures, building roofs, grain warehouses and other exterior surfaces where... |
| Color | white or light high-reflectance finish |
| Appearance | high-reflectance functional coating film |
| Dry Film Thickness | Building system: primer + topcoat + clear coat 20 + 80 + 20 microns; industrial system: primer + intermediate + topcoat 80 + 120 + 50 microns |
| Theoretical Consumption | Approx. 56 kg total for one 20-foot energy storage cabinet, excluding primer; confirm by cabinet area, loss factor and target DFT. |
Confirm current TDS/SDS, packaging, shelf life, and destination-country requirements before quotation or shipment.
Request Current TDS/SDSPerformance
| Adhesion (Cross-Cut) | >=8 MPa (GB/T 5210-2006; industrial coating system) |
| Impact Resistance | 60 cm (GB/T 1732-2020; industrial coating system) |
| Water Resistance | 168 h (GB/T 1733-1993; building flat coating system) |
| Salt Spray Resistance | 1000 h, scribed (GB/T 10125-2021; industrial coating system) |
| Acid Resistance | 168 h in 50 g/L H2SO4 (GB/T 9274-1988; industrial coating system) |
| Alkali Resistance | 168 h (GB/T 9265-2009; building flat coating system) / 168 h in 50 g/L NaOH (GB/T 9274-1988; industrial coating system) |
| Weathering Resistance | 800 h artificial weathering (GB/T 1865-2009; industrial coating system); >2000 h accelerated aging referenced for series positioning |
| Scrub Resistance | >=7000 cycles (GB/T 9266-2009; building flat coating system) |
Application
| Surface Preparation | Protect labels, grilles and non-coating areas. Roughen sound old coating if retained. Remove loose old coating, oil, dust and contaminants before spraying. |
| Application Environment | Cloudy or sunny weather is recommended. Confirm substrate temperature, dew point, humidity, ventilation and wind conditions before spraying. |
| Application Method | For cabinet refurbishment, apply three intermediate coats at approx. 40 microns each with about 4 h interval, then apply one topcoat at approx. 50 microns after the intermediate coat dries. Adjust by confirmed system specification. |
| Tools | Power tools or sandpaper for roughening, vacuum or compressed air cleaning, spray equipment, masking tape, protective film, DFT gauge and inspection tools. |
Storage and Delivery
| Storage | Store sealed according to the current TDS and SDS. Confirm packaging, shelf life, dangerous-goods classification and destination-market documentation before export quotation. |
| Safety | Use appropriate PPE and ventilation during surface preparation and spraying. Follow SDS requirements for all coating components and cleaning materials. |
Compatible Products
Product FAQ
How is ICE ENERGY B1 different from ordinary reflective roof paint?
ICE ENERGY B1 is positioned as a radiative cooling coating system. It combines high solar reflectance with infrared emission through the 8-13 um atmospheric window, while ordinary reflective paint may only focus on visible or near-infrared reflectance.
Can it be used on energy storage cabinets?
Yes. The source data includes an energy storage cabinet coating approach with intermediate and topcoat thickness guidance. The exact system should be confirmed by cabinet material, existing coating, corrosion environment and acceptance requirements.
Does it always reduce temperature by the same amount?
No. Cooling effect varies with sunlight, wind, ambient temperature, substrate, geometry, coating cleanliness, film thickness and measurement method. Project-specific testing is recommended.
What should be checked before applying ICE ENERGY B1 Radiative Cooling Coating?
Confirm substrate cleanliness, surface profile, dew point, ambient temperature, humidity, and compatibility with the primer or topcoat in the coating system.
How should ICE ENERGY B1 Radiative Cooling Coating be mixed and applied?
Stir thoroughly before use. For multi-component products, mix base and curing agent according to the current TDS, observe induction time and pot life, and only thin with the recommended thinner.
How should unopened ICE ENERGY B1 Radiative Cooling Coating be stored?
Store in sealed original containers in a cool, dry, ventilated place away from heat, sparks, and direct sunlight. Confirm shelf life and packaging with the current TDS/SDS before shipment.
What safety precautions are required during application?
Use suitable PPE, provide ventilation, keep away from ignition sources, and follow the current SDS for handling, fire protection, first aid, and waste disposal.
Manufacturer & Product Data Source
This page is maintained by Shandong Qilu Paints Co., Ltd. for international buyers and is based on Qilu Paints legacy technical product records. Confirm current TDS/SDS, export classification, packaging, shelf life, color, and destination-market requirements with the sales and technical team before quotation, specification, or shipment.
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