Steel Stud Framing in Lakewood, CO

Non-load-bearing interior partitions typically use 25-20 gauge steel studs, while load-bearing and structural framing calls for 18 gauge or heavier. The gauge you need depends on wall height, spacing, and what’s being hung on the wall — cabinetry, heavy signage, and mechanical equipment all push toward a heavier stud than a standard office partition would need. Fire-rated wall assemblies have to match a tested UL or GA-600 design number exactly — stud spacing, gauge, and gypsum layers all have to line up with the listed assembly, or the rating doesn’t hold, no matter how solid the wall looks once it’s closed up. Lakewood’s commercial framing work clusters around Belmar and the West Colfax corridor, where mixed-use and retail buildouts need both structural and fire-rated partition work done right the first time, often on compressed schedules driven by tenant move-in dates.

Steel Stud Framing in Lakewood: What’s Involved

Non-structural framing follows ASTM C645 and structural cold-formed steel framing follows ASTM C955; fire-rated assembly requirements are governed by the City of Lakewood’s adopted 2021 IBC/IRC and 2023 National Electrical Code — we confirm the exact edition in effect before finalizing assembly designs, since several metro jurisdictions are mid-transition in 2026 and code adoption dates don’t always line up neighbor to neighbor. Getting this wrong at the design stage is one of the more expensive mistakes on a commercial buildout, since a rejected assembly can mean tearing out gypsum and starting the rated wall over. Framing on a mid-size commercial project typically runs 3 to 6 weeks on-site, depending on layout complexity, how many rated assemblies are involved, and how tightly framing has to sequence with rough-in electrical and plumbing.

Steel Stud Framing in Lakewood: Areas We Serve

We cover 80226, 80227, 80228, 80232, 80235, and the Green Mountain/Applewood area (80401), including Belmar, the West Colfax corridor, and the established Green Mountain and Applewood neighborhoods. Permits go through the City of Lakewood Public Works Department, and we handle that submission and inspection process directly so property owners and general contractors aren’t chasing paperwork on top of managing the build. Lakewood’s commercial activity centers on the Belmar district — built in the mid-2000s on the former Villa Italia Mall site — and the older commercial stock along the West Colfax corridor, where many buildings have existing partition layouts that need to be verified against current code before any new framing goes in.

A Common Pain Point Steel Stud Framing in Lakewood Solves

The most common failure point is MEP coordination — ducts, conduit, and plumbing cut through rated walls without proper fire-caulking or putty pads, which fails inspection and means rework. This usually happens when framing crews and MEP trades aren’t working off the same coordinated drawing set, or when penetrations get added in the field after the wall is already framed and rocked on one side. We flag every rated wall location before framing starts and walk the layout with electrical and plumbing subs so penetration points are known in advance, sized correctly, and fire-stopped with the right-listed material the first time — not patched after an inspector catches it.

What Drives Cost and Timeline for Steel Stud Framing in Lakewood

Pricing for steel stud framing in Lakewood comes down to a handful of variables: total linear footage of wall, stud gauge and spacing, how many walls carry a fire rating, ceiling height, and how much coordination is needed with other trades. A simple office partition layout with standard 9-foot ceilings prices very differently than a retail buildout with 14-foot demising walls, multiple rated corridors, and structural framing tied into the building’s existing steel.

Fire-rated assemblies add cost beyond just the extra layer of gypsum — they require tighter tolerances on stud spacing, specific fastener schedules, and fire-caulking or putty pads at every penetration, all of which take more labor time per linear foot than a standard partition. Structural cold-formed framing, used for load-bearing walls or where steel studs are doing more than dividing space, also runs higher than non-load-bearing work because it involves engineered connections and heavier gauge material.

Timeline is shaped less by the framing itself and more by sequencing. Framing crews need accurate layout lines, a finalized MEP rough-in plan, and any structural steel already in place before they can move efficiently. Projects that start framing before those upstream pieces are locked in tend to see delays from rework — a wall that has to come down because a duct run changed, or a rated assembly that needs revisiting because an outlet box wasn’t accounted for. Building in a short coordination period before framing starts almost always saves time on the back end.

For most Lakewood commercial projects, expect the framing phase itself to run 3 to 6 weeks as noted above, with permitting and plan review adding time on the front end depending on how busy the Public Works Department’s review queue is at the time of submission.

Related Pages

• Lakewood General Contractor (City Hub) — back to the full overview of our work in Lakewood.
• Commercial Drywall in Lakewood
• Tenant Improvement in Lakewood
• Steel Stud Framing Denver (main service page) — our citywide Denver service page for steel stud framing.

Steel Stud Framing in Lakewood on the Map

Frequently Asked Questions About Steel Stud Framing in Lakewood

Do you handle steel stud framing projects in Lakewood?

Yes — steel stud framing is one of our core services in Lakewood, covering Belmar, the West Colfax corridor, and the established Green Mountain and Applewood neighborhoods. We take on both non-load-bearing interior partitions for tenant buildouts and structural cold-formed steel framing for new construction and additions.

Who handles permits for steel stud framing projects in Lakewood?

Permits go through the City of Lakewood Public Works Department. We manage the application, plan review coordination, and inspection scheduling as part of the project, so you’re not the one tracking down status updates or resubmitting corrected drawings mid-build.

How long does a typical steel stud framing project take?

Framing on a mid-size commercial project typically runs 3 to 6 weeks on-site. The low end of that range fits straightforward tenant buildouts with mostly non-rated partitions; projects with multiple fire-rated assemblies, tight MEP coordination, or unusual layouts tend to land closer to the high end.

How do you make sure fire-rated wall assemblies pass inspection the first time?

We match stud gauge, spacing, and gypsum layers exactly to a tested UL or GA-600 assembly number, and coordinate with MEP trades in advance so ducts, conduit, and plumbing don’t compromise a rated wall after the fact. Before framing starts, we mark every rated wall on the plans, confirm the assembly number with the design team, and review penetration locations with electrical and plumbing subs so nobody cuts an unplanned hole through a rated assembly halfway through the job.

Can you match existing steel stud framing in an older West Colfax building?

In most cases, yes. Older commercial buildings along the West Colfax corridor often have partition layouts built to codes that predate the current adopted edition, so before we frame new walls or tie into existing ones, we verify what’s there against current code requirements. Sometimes this means matching existing gauge and spacing for consistency; other times it means updating the new work to current standards even if the existing walls were grandfathered in.

Do you provide steel stud framing for residential projects, or only commercial?

We handle both. Residential steel stud framing in Lakewood typically comes up in basement finishes, additions, or situations where a homeowner wants the fire resistance, dimensional stability, or pest resistance steel offers over wood framing. The design principles and code references differ somewhat from commercial work, but the same attention to gauge selection and, where applicable, fire-rated assembly compliance applies.

What information do you need from us before quoting a steel stud framing job?