The difference is in three details you can see from the street — and one you can't.

A stock stair ends in a square cut on a concrete pad. Ours sweeps out and down to the ground in one continuous plate, so the stair looks like it grew out of the terrace instead of being set on top of it. It is the single detail people notice first and can never quite name.
Nothing between the treads. Light passes through to the planting below, the stair reads as light rather than as a wall, and there is no closed pocket for leaves and snow to pack into.
Every tread is a steel pan welded to the stringer at the depth of the material going into it. Porcelain, stone, wood, concrete, grating, or composite — the pan is cut for that material, so the finished surface sits flush and level with nothing exposed at the nose.
We field-measure your opening. Every rise is equal, which is code and is also the difference between a stair that feels right and one that trips you.
New England takes stairs apart through water and ice. Sealed welds, drainage that works, and a coating chosen for your exposure.
Cut, welded, ground, and coated at our Everett facility — not assembled in your driveway from parts.
Rise, run, guard height, and baluster spacing to Massachusetts code. Stamped drawings when your town wants them.
Black is what most people picture, and it is what you see in these photos. It is not the only option — the coating is a separate decision from the color, and the right one depends on how much weather your stair actually takes.
An industrial epoxy primer under a UV-stable topcoat, sprayed in our shop under controlled conditions. Any color. The most economical way to get a deep, even black — or anything else you want.
The finished steel is dipped in molten zinc at about 840°F. The zinc doesn't sit on the surface like paint — it grows into the steel as a series of zinc-iron alloy layers that are metallurgically bonded to it.
Dry pigment applied electrostatically and baked on. The result is thicker and far harder than wet paint, in any RAL color and in matte, satin, gloss, or textured. Galvanize first and powder coat over it for the best of both.
The same staircase, photographed through fabrication and after the porcelain went in. The frame is the product; the tread is the finish.






Longer than most people expect. The American Galvanizers Association publishes time-to-first-maintenance data — the point at which about 5% of the surface shows rust — and for a standard structural coating thickness in a suburban New England environment that figure is measured in many decades, not years. Coastal salt air and direct road-salt spray are the harshest cases and shorten it, which is why we specify galvanizing most strongly for stairs near the ocean or on a salted street. What matters more than any single number is how it fails: paint fails at the first scratch, galvanizing does not.
Because zinc is more electrochemically active than iron. When steel is exposed at a scratch or a drilled hole, the surrounding zinc corrodes first and protects the bare steel — the coating gives itself up rather than letting the steel go. That's called cathodic protection, and it's the reason galvanizing behaves so differently from paint, which simply stops covering the metal at the point it's damaged.
Yes. Galvanizing weathers to a matte gray, which some clients want and others don't. A duplex system — galvanize first, then powder coat over it — gives you any color you like on top of the zinc, and the two together last longer than either one alone because the paint slows the zinc's weathering and the zinc protects the steel wherever the paint is damaged.
That depends entirely on the tread you choose, which is why we ask early. Bar grating sheds snow and ice better than anything else. Porcelain is specified with a textured, outdoor-rated surface rather than a polished indoor tile. Concrete takes a broom finish. Wood and composite fall in between. We'll tell you honestly which one suits your exposure.
Yes. Exterior stairs are governed by rise, run, guard height, and baluster spacing, and an entry stair is one of the first things an inspector looks at. We build to the Massachusetts code as a matter of course and provide stamped drawings when the building department asks for them.
Typically four to eight weeks from approved drawings to installation, depending on the finish. Galvanizing and powder coating add time because the steel travels out to the coater and back. Install itself is usually a single day.