Absolutely. Armoloy coatings extend the service life of parts, reduce the need for replacement, and help prevent waste from premature wear or corrosion. Our process uses closed-loop systems, minimizes hazardous byproducts, and aligns with sustainability goals in clean energy manufacturing. By improving part durability and reducing downtime, our coatings contribute to both environmental and operational efficiency.
industry solutions
industry solutions
Coatings for Renewable Energy
Optimize performance and reduce maintenance costs with Armoloy’s precision-engineered coatings for renewable energy applications.
protecting your resources
Protective Coatings for Renewable Energy Applications
Metal surface treatments for renewable energy applications protect equipment from extreme weather, UV rays, and abrasive elements. These coatings reduce corrosion, wear, and friction, and enhance durability—crucial for maintaining the long-term efficiency and resilience of systems like wind turbines, solar panels, and hydroelectric facilities.
Armoloy’s advanced chromium coatings lead the renewable energy sector with over sixty years of expertise. Our surface treatments are designed for exceptional durability and reduced friction, effectively resisting harsh environmental conditions and mechanical stress. This ensures that critical components function reliably for longer, allowing renewable energy companies to maximize uptime and improve system efficiency, thus advancing sustainability goals.
Renewable Energy Coatings & Surface Treatments
Armoloy coatings are applied to equipment used in solar power, wind energy, hydropower, and other renewable energy technologies to protect against environmental factors, improve energy conversion, and reduce maintenance costs.
An Armoloy application engineer can assist you in finding the best coating solution for your specific renewable energy application. Request a sample today.
Benefits of Renewable Energy Plating Services from Armoloy
Metal failure mitigation
Armoloy protective coatings have helped mitigate risk from a wide range of metal failures
Improve performance
We produce solutions that prevent metal failure while increasing cycle times.
Reduce downtime
Armoloy helps protect your metal assets by reducing the need for maintenance and making maintenance more predictable
Decrease costs
In addition to reduced downtime, Armoloy coatings are a cost-effective way of meeting performance requirements instead of using an exotic or expensive base metal.
Regulatory compliance
Select Armoloy locations are certified to NADCAP, AS9100, and ISO 9001—with plating lines compliant to industry standards including AMS 2438 and AMS 2460.
Long-lasting solutions
Our performance for over 65 years and constant innovation provides continual value for your business
Global reach
Armoloy operates a total of 9 processing facilities across 7 U.S. states, as well as 6 international facilities located in individual countries spread throughout 3 continents
Turnkey partnership
We’re with you throughout the entire process, acting as a single point of contact for all deliverables
Why Choose Armoloy?
Comprehensive Surface Treatment Solutions
- From concept to completion, Armoloy provides full-service coating support, guided by our internal team of metallurgists and R&D professionals. Whether you’re enhancing new parts or improving existing systems, we partner with you through every phase—design input, coating execution, and final inspection—to deliver proven surface performance.
Standardized Excellence Through Innovation
- At our innovation center, we engineer surface treatment processes that are thoroughly tested and precisely documented. Once qualified, these methods are deployed to any of our processing locations, ensuring repeatable outcomes and dependable quality—wherever your parts are coated.
Scalable Global Delivery
- With coating centers positioned throughout the world, Armoloy ensures your components arrive on time and coated to spec. Our international logistics and quality systems make it easy to scale your operations without sacrificing performance, regardless of project size or location.
Process Accreditations at Armoloy
Armoloy’s renewable energy coatings meet rigorous process quality requirements, ensuring compliance in every application.
- AS9100D
- ISO 9001:2015
- ISO 14001:2015
- RoHS Compliance
- NADCAP
- WEEE Compliance
- REACH Compliance
- ISO 19011
Coating Specifications at Armoloy
Armoloy’s renewable energy coatings meet rigorous international standards and specifications, ensuring quality and compliance in every application.
Renewable Energy Coatings Applications
Armoloy specialized coatings for renewable energy significantly boost the durability and efficiency of diverse system components, including:
- Ball, swivel, universal & slip joints
- Bearing surfaces
- Bushings
- Cable protection systems
- Compressors
- Cooling systems for solar inverters and wind turbine gearboxes
- Cylinders
- Drills
- Electronic components
- Energy storage systems
- Gears & sprockets
- Heat exchangers used in geothermal systems
- Hydraulic valves, pistons & housings
- Impellers (air, oil, water)
- Inverters and converters for solar and wind energy systems
- Junction boxes for photovoltaic systems
- Linear motion guides
- Power transmission systems
- Pumps, shafts & liners
- Robotic Joints
- Tracking systems for solar panels
- Solar panel frames & mounts
- Wind turbine blade connections and pitch control systems
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Some Common Metal Failures and Solutions that affect Renewable Energy Applications.
Armoloy’s different metal coating solutions help industries avoid costly metal failures and unplanned downtime.
Frequently Asked Questions
Yes. Hydrogen energy systems require coatings that resist hydrogen embrittlement, chemical attack, and gas permeation. Armoloy’s engineered coatings offer dense, uniform protection for valves, regulators, seals, and internal fuel cell components. Select coatings also maintain integrity under high pressure and thermal cycling, making them ideal for hydrogen production, transport, and dispensing applications.
Components used in wind, solar, and hydrogen energy systems often face moisture, salt spray, UV exposure, and extreme temperatures. Armoloy coatings provide corrosion resistance and surface hardening that protect against rust, erosion, and mechanical wear. This increases component reliability in coastal or high-altitude installations and helps reduce downtime in mission-critical systems like turbine gearboxes, trackers, and fluid transfer systems.
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