Safe, solid, and built to last through freeze-thaw cycles. We pour concrete steps that hold their shape, resist cracking, and give your home a clean, finished look from the street.
Concrete steps are one of the most structurally demanding projects in residential concrete work. They need to be level, properly pitched for drainage, and built with the right riser-to-tread ratio for safe, comfortable use. Pro Concrete Services has extensive experience replacing deteriorating steps and building new entrance features that look great and last for decades.
Whether you have front porch steps that are crumbling, side entrance steps that have heaved, or you need new steps built as part of a patio project, we handle it all.
Safe, clean pathways that connect your home and improve curb appeal. Built to code and built to last.
The look of stone or brick at a fraction of the cost. Dozens of patterns and colors to match your style.
Cracked or aging concrete doesn't have to stay that way. We restore it to look new again.
Garage floors, basement floors, and utility slabs. Smooth, level, and sealed for long-term durability.
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The standard residential riser height is 7 to 7.5 inches with a tread depth of 11 to 12 inches. This ratio creates comfortable, natural stepping. We build to code on every project.
Properly built concrete steps last 50 years or more. Steps that fail early usually have inadequate reinforcement, poor drainage on the treads, or were poured without a proper footing below the frost line.
In most cases yes. We assess the existing structure and surrounding concrete before giving a recommendation. If the porch slab is in good condition, we tie new steps into it cleanly.
The most common cause is water infiltrating beneath the steps and freezing. When water freezes it expands, pushing the concrete up. Proper drainage on the treads, sealed joints, and a footing below the frost line prevent this.
Yes - rebar is used throughout every steps project. Steps carry concentrated load from foot traffic and are more structurally demanding than flat slabs. Unreinforced steps are prone to cracking and failure.
