Why Aluminum?
Aluminum offers a durable, low-maintenance solution built to perform in any environment. Rust-free and resistant to the elements, it delivers long-term performance while maintaining a clean, modern appearance.
Aluminum combines strength, durability, and low maintenance in one solution.
Durability & Strength
RailPro aluminum railings are built to last. Resistant to rust, corrosion, and harsh weather conditions, they ensure long-term performance with minimal maintenance. Whether in coastal, snowy, or sunny climates, your railings will stay looking great year after year.
Low Maintenance
Unlike wood or steel, aluminum requires no sanding, painting, or staining. Simply wipe it down, and your railings will look as good as new. Save time and effort while enjoying a sleek, modern design.
Aesthetic Appeal
Available in a variety of styles and finishes, our aluminum railings add sophistication and value to any property. From sleek modern designs like horizontal slat or cable to our classic picket or ornamental styles, we offer solutions that perfectly match your vision and design.
Safety & Code Compliance
Safety is our priority. Our railings meet or exceed local building codes and regulations, providing peace of mind for residential and commercial properties alike.
Why is aluminum the ideal choice?
Aluminum vs. Steel
Steel is roughly three times heavier than aluminum, making it more difficult to handle and more expensive to transport. Aluminum railing and fencing, by contrast, are lightweight, easier to work with, and can be cut on-site using standard tools like a miter saw.
Unlike steel, aluminum will not rust. When finished with powder coating, it provides a durable, long-lasting, maintenance-free surface. Steel, however, requires repainting every few years and can still be prone to rust over time, even with proper maintenance.
- 3X lighter
- Does not rust when treated
- Easier to handle
- Long lasting finish
- Cheaper to transport
Aluminum vs. Wood
Aluminum will not rust or rot, and with a properly applied finish, it maintains its appearance with minimal maintenance—without the need for repainting over the life of the product. Wood, on the other hand, requires regular treatment or painting every few years and is prone to rot over time, often leading to costly replacement.
Aluminum fencing and railings also won’t splinter or split. Unlike wood, they don’t require chemical treatments or pesticides, helping to eliminate potential health concerns and reduce environmental impact.
- Does not rust or rot
- Does not rot, splinter or split
- Minimal maintenance
- Does not require pesticides or chemicals for upkeep
Aluminum vs. Vinyl
Vinyl materials can warp, shrink, or sag over time, especially when exposed to changing temperatures, causing them to lose their original shape and alignment. Aluminum, by contrast, has minimal expansion and contraction, maintaining its structure and clean lines through extreme hot and cold conditions.
Vinyl is also susceptible to UV exposure, which can lead to fading, cracking, and brittleness over time. Powder-coated aluminum offers superior protection against the elements, maintaining its appearance without warping, splintering, or cracking.
- Does not warp, shrink, or sag over time
- Can withstand extreme temperatures and UV exposure
Discover why powder-coated finishes perform better.
Next-Generation, Superdurable Powdercoating
Powder-coated aluminum delivers a superior finish engineered for long-term performance. This next-generation, superdurable coating process applies a dry powder that is heat-bonded to the metal, creating a smooth, consistent surface that withstands impact, abrasion, and everyday wear far better than traditional wet paint. It offers excellent formability—allowing components to be bent without compromising the finish—while providing exceptional resistance to UV exposure, fading, and corrosion in open-air environments. With an industry-leading powder coating line and a full range of color options available, it’s a high-performance solution that combines durability, flexibility, and design freedom.
