Most Railing Materials Fail Lansing's Climate — Here's Why Aluminum Is the Correct Choice

Wood railings on Lansing decks and exterior stairs typically begin showing rot and structural degradation within three to five years — not because they were installed poorly, but because wood absorbs the moisture that Michigan's 35-plus annual freeze-thaw cycles force into every joint and end grain. Untreated steel rusts from the inside out once moisture gets beneath the coating, and the deicing salts used on Capitol-area sidewalks and commercial entries accelerate that process significantly. Choosing the wrong material doesn't mean one bad season — it means a railing replacement project every few years.

Aluminum railings sidestep these failure modes entirely because the material doesn't rust, doesn't absorb water, and doesn't require a surface coating to maintain structural integrity. A powder-coated finish on an aluminum railing is cosmetic — the railing doesn't corrode if the finish chips, which is a fundamentally different situation than painted steel where coating failure leads directly to metal loss. For Lansing properties with exterior deck railings, stair systems, or commercial entry balustrades that face north or receive significant shade and moisture retention, aluminum's inherent corrosion resistance changes the maintenance math completely.

The specification errors that reduce aluminum railing performance aren't in the material — they're in the anchoring and fitting. Posts set into surface-mount bases without adequate embedment depth develop visible lean within two to three seasonal cycles as the substrate beneath shifts with frost heave. In Lansing, where ground frost depth regularly reaches 30 to 40 inches, footings for any exterior post anchor must account for that movement or the railing above will track it. C.R. Christian sizes anchor systems and base plates to the specific substrate — concrete slab, deck framing, or masonry — rather than using a single universal post base across all applications.

Infill panel configuration — whether horizontal cable, aluminum balusters, or privacy panels — affects both wind load distribution and long-term connection integrity. Panels that span more than the system's engineered bay width without intermediate support develop vibration and flex that eventually loosens connection hardware. The completed installation should show zero lateral movement at the top rail when force is applied, and that outcome depends on getting the structural specifications right before the aesthetic choices are finalized.

Reach out today to schedule aluminum railings in Lansing specified correctly for your property's substrate and exposure conditions.

Not all aluminum railing quotes cover the same scope or quality of work. These criteria help you identify whether a proposal actually addresses what your Lansing property needs.

• Does the quote specify post wall thickness and anchor type — or just list a linear footage price with no structural detail?
• Are the infill panels engineered for the bay span specified, or is standard baluster spacing being applied regardless of the actual opening dimensions?
• Has the installer accounted for Lansing's frost depth in exterior post anchoring, or are surface-mount bases being used where embedded anchors are required?
• Is powder coating applied in a controlled shop environment or field-sprayed after installation, which produces inconsistent film thickness at corners and cut edges?
• Does the installation include a lateral load check at completion, confirming the railing meets Michigan's residential safety code requirements for handrail stability?

Aluminum railings in Lansing perform exactly as long as the installation method warrants — the material doesn't fail, but shortcuts in anchoring and fitting do. Contact us today to discuss a system specified for your property's actual conditions.