Modular Data Centers and Technical Shelter Systems operate in demanding outdoor and industrial environments where corrosion resistance, weather durability, and long-term operational reliability are essential.
GranBond heavy-duty protective coating systems are specially developed for modular data centers, AI infrastructure modules, communication shelters, electrical enclosures, and outdoor equipment systems. Our coating solutions provide long-term protection against moisture, UV exposure, salt spray, and industrial atmospheric corrosion while maintaining coating appearance and structural durability.
The system is compatible with galvanized steel, carbon steel, aluminum alloy, and various industrial metal substrates commonly used in modular infrastructure manufacturing.
Battery Energy Storage Systems (BESS)
Integrated battery energy storage systems designed for grid stabilization, peak shaving, renewable energy integration, and backup power applications.
Containerized Energy Storage Units
Factory-assembled energy storage solutions housed in ISO containers, providing flexible deployment, transportation, and rapid installation.
PCS & Inverter Cabinets
Power Conversion System (PCS) and inverter enclosures that convert and manage electrical energy between batteries and the power grid.
Electrical Control Enclosures
Protective cabinets housing electrical control, monitoring, and automation equipment for reliable system operation in harsh environments.
Outdoor ESS Containers
Weather-resistant energy storage containers engineered for long-term outdoor service with enhanced corrosion protection and durability.
Modular Power Systems
Prefabricated modular power units integrating energy storage, power conversion, and control systems for scalable energy infrastructure.
Renewable Energy Equipment
Equipment supporting solar, wind, and hybrid renewable energy projects, designed for reliable operation under demanding environmental conditions.
Utility-scale Energy Storage Facilities
Large-scale energy storage installations used by utilities and power operators to improve grid reliability, energy management, and renewable integration.
| 1. PRIMER LAYER | |||||
|---|---|---|---|---|---|
| Layer | Product | Model | Recommended DFT | Description | Key Features |
| Primer Layer | Epoxy Zinc-rich Primer 60 |
YH-8002 / HY-8002B |
60–80 μm | Provides excellent cathodic protection and long-term corrosion resistance for steel substrates exposed to outdoor environments. |
|
| 2. INTERMEDIATE LAYER | |||||
|---|---|---|---|---|---|
| Layer | Product | Model | Recommended DFT | Description | Key Features |
| Intermediate Layer | Epoxy MIO Mid-coat |
HY-01G / HY-01GB |
100–150 μm | Enhances barrier protection, improves coating thickness, and increases long-term durability against moisture and salt spray. |
|
| 3. TOPCOAT OPTIONS | |||||
|---|---|---|---|---|---|
| Layer | Product | Model | Recommended DFT | Description | Key Features |
| Option A PU Weather-resistant System |
2K PU Topcoat | JAZ-RAL7035 / GH-35 |
40–60 μm | Provides excellent UV resistance, gloss retention, scratch resistance, and outdoor weather durability. |
|
| Option B Fluorocarbon Ultra-weatherable System |
Fluorocarbon Topcoat | FT-9000 / FT-9000B |
40–60 μm | Designed for ultra-long outdoor durability with exceptional weather resistance, anti-chalking performance, and long-term color retention. |
|
Note: The above coating system is a typical recommendation. Actual solutions may vary depending on substrate, service environment, project requirements, and performance specifications.
| Layer | Product | Model | Recommended DFT | Description | Key Features |
|---|---|---|---|---|---|
| Primer Layer | Water-based Epoxy Zinc-rich Primer |
SX-HY0560 / SX-HY0560B |
60–80 μm | Provides excellent cathodic protection and long-term corrosion resistance for steel substrates exposed to outdoor environments. |
|
| Intermediate Layer | Water-based Epoxy MIO Mid-coat |
SX-HY1010 / SX-HY1010B |
100–150 μm | Enhances barrier protection, improves coating thickness, and increases long-term durability against moisture and salt spray. |
|
| Topcoat Layer | Water-based PU Topcoat |
SX-JAZ-7000 / SX-JAZ-7000B |
40–60 μm | Provides excellent UV resistance, gloss retention, scratch resistance, and outdoor weather durability. |
|
Low VOC | Environmentally Friendly | Compliant with Green Coating Requirements
| Product Features | Description |
|---|---|
| Excellent Corrosion Resistance | Provides long-term protection against rust and corrosion, helping extend the service life of steel structures and equipment in demanding environments. |
| Long-term Outdoor Weatherability | Maintains coating performance and appearance under prolonged exposure to sunlight, rain, humidity, and temperature fluctuations. |
| Superior UV Resistance | Resists ultraviolet degradation, minimizing chalking, fading, and gloss loss during long-term outdoor service. |
| Strong Adhesion to Galvanized Steel and Aluminum | Delivers excellent bonding performance on galvanized steel, aluminum, and other metal substrates, reducing the risk of peeling or delamination. |
| Excellent Salt Spray Resistance | Offers outstanding protection against salt-laden environments, making it suitable for coastal, marine, and offshore applications. |
| High Mechanical Durability | Provides excellent impact, abrasion, and scratch resistance to withstand transportation, handling, and industrial operating conditions. |
| Chemical and Moisture Resistance | Protects coated surfaces from moisture penetration and exposure to industrial chemicals, oils, and cleaning agents. |
| Compatible with Automated Spraying Systems | Designed for efficient application using automated and robotic spraying equipment, ensuring consistent coating quality and production efficiency. |
| Application | Description |
|---|---|
| Battery Energy Storage Systems (BESS) | Integrated battery energy storage systems designed for grid stabilization, peak shaving, renewable energy integration, and backup power applications. |
| Containerized Energy Storage Units | Factory-assembled energy storage solutions housed in ISO containers, providing flexible deployment, transportation, and rapid installation. |
| PCS & Inverter Cabinets | Power Conversion System (PCS) and inverter enclosures that convert and manage electrical energy between batteries and the power grid. |
| Electrical Control Enclosures | Protective cabinets housing electrical control, monitoring, and automation equipment for reliable system operation in harsh environments. |
| Outdoor ESS Containers | Weather-resistant energy storage containers engineered for long-term outdoor service with enhanced corrosion protection and durability. |
| Modular Power Systems | Prefabricated modular power units integrating energy storage, power conversion, and control systems for scalable energy infrastructure. |
| Renewable Energy Equipment | Equipment supporting solar, wind, and hybrid renewable energy projects, designed for reliable operation under demanding environmental conditions. |
| Utility-scale Energy Storage Facilities | Large-scale energy storage installations used by utilities and power operators to improve grid reliability, energy management, and renewable integration. |
