{ "@context": "https://schema.org", "@graph": [ { "@type": "Service", "name": "Structural Beam Installation", "serviceType": "Structural Beam Installation", "provider": {"@type": "LocalBusiness", "name": "Load Bearing Wall Pros"}, "areaServed": {"@type": "State", "name": "Texas"}, "url": "https://www.loadbearingwall.com/beam-installation/" }, { "@type": "LocalBusiness", "name": "Load Bearing Wall Pros", "url": "https://www.loadbearingwall.com", "telephone": "+12146245200", "address": {"@type": "PostalAddress", "streetAddress": "5700 Tennyson Pkwy Ste 300", "addressLocality": "Plano", "addressRegion": "TX", "postalCode": "75024"} }, { "@type": "FAQPage", "mainEntity": [ { "@type": "Question", "name": "What is the difference between a steel W-flange beam and an LVL beam?", "acceptedAnswer": {"@type": "Answer", "text": "Steel W-flange beams (also called wide-flange or I-beams) are fabricated from structural steel and can span longer distances with shallower depth than wood alternatives. Common sizes LBWP installs include W12x30, W10x26, and W8x21. LVL (Laminated Veneer Lumber) beams are engineered wood products made by bonding veneer sheets under pressure — typically 1.75\"×9.5\" to 1.75\"×14\" in single or multiple ply configurations. Steel is preferred for long spans (14+ feet) and where beam depth is limited; LVL is often preferred for spans under 12 feet where a wood finish is desired."} }, { "@type": "Question", "name": "How is beam size determined for load bearing wall removal?", "acceptedAnswer": {"@type": "Answer", "text": "Beam sizing is a structural engineering calculation that accounts for the span (opening width), the tributary load area (how much of the floor and roof the beam must carry), the species and grade of lumber or steel specification, and any point loads from walls or columns above. LBWP's in-house PE, Mateo Galvez, performs these calculations and stamps the plans. Rules of thumb exist but are dangerous — only a licensed structural engineer should specify a load-bearing beam."} }, { "@type": "Question", "name": "How long does beam installation take?", "acceptedAnswer": {"@type": "Answer", "text": "Most residential beam installations take one to two days for the structural work. This includes temporary shoring of the ceiling/structure, wall removal, beam placement (by hand or with a beam hoist for heavy steel), pocket creation in the end walls, and post/column installation. Permit acquisition adds two to four weeks before work begins."} }, { "@type": "Question", "name": "Do I need a structural engineer for beam installation in Texas?", "acceptedAnswer": {"@type": "Answer", "text": "Yes. Texas building codes require PE-stamped structural drawings for any load-bearing modification in most jurisdictions. LBWP includes in-house PE engineering in every project — you are not paying separately for an engineering firm, and you are not waiting weeks for outside consultation. Mateo Galvez, our staff PE, performs the structural analysis and stamps the drawings that go to the city with your permit application."} }, { "@type": "Question", "name": "What does beam installation cost in Texas?", "acceptedAnswer": {"@type": "Answer", "text": "Residential beam installation in Texas typically ranges from $4,500 to $14,000 depending on span length, beam material (LVL vs. steel), ceiling height, foundation type, and local permit fees. Long-span steel beam projects in two-story homes at the higher end; shorter LVL spans in single-story slab homes at the lower end. LBWP offers ballpark pricing and free on-site consultations."} }, { "@type": "Question", "name": "Does beam installation require a permit?", "acceptedAnswer": {"@type": "Answer", "text": "Yes — virtually every Texas municipality requires a structural permit for load-bearing beam installation. LBWP handles the entire permit process: structural drawings, permit application, city review — the permit process is the homeowner's responsibility. You don't handle the permit process (which is the homeowner's responsibility) alone."} } ] } ] }

Structural Beam Installation in Texas

Steel W-flange. Engineered LVL. Flush or dropped. Every beam sized, stamped, permitted, and installed by the team that's done it longer than anyone in Texas.

Why Beam Type Matters

Steel vs. LVL vs. Engineered Lumber — Choosing the Right Beam

When you remove a load-bearing wall, something structural has to take its place. That something is a beam — and the type, size, and installation method matter enormously for both structural safety and the finished look of your home.

Load Bearing Wall Pros installs all major beam types in Texas homes. Our in-house PE, Mateo Galvez, sizes every beam from first principles using your home's actual load conditions — not rules of thumb, not guesses, not span tables applied without engineering judgment.

🔩 Steel W-Flange Beams

The strongest option per inch of depth. Ideal for long spans (14–30+ feet), two-story loads, and situations where minimizing beam depth is critical.

Common sizes LBWP installs:

  • W12x30 — heavy two-story spans
  • W10x26 — mid-range residential
  • W8x21 — single-story, moderate span
  • W6x15 — short spans, tight conditions

🪵 LVL Beams

Laminated Veneer Lumber — engineered wood with consistent strength, no knots, and a clean appearance. Great for spans up to 20 feet where a wood finish is desired.

Common configurations:

  • 1.75"×9.5" single ply — short spans
  • 1.75"×11.25" double ply — mid spans
  • 1.75"×14" triple ply — longer spans

🏗️ Glulam & PSL Beams

Glue-laminated timber (Glulam) and Parallel Strand Lumber (PSL) offer excellent span capacity and an aesthetically pleasing exposed wood appearance for vaulted ceilings and timber-frame looks.

Best for:

  • Exposed ceiling applications
  • Vaulted ceiling conversions
  • Rustic or industrial aesthetics
Engineering First

Why In-House PE Engineering Changes Everything

Most wall removal companies either skip engineering entirely (dangerous and illegal) or refer you to a third-party structural engineer — which means weeks of delays, separate invoices, and coordination headaches between the engineer and the contractor.

LBWP is different. Mateo Galvez, our licensed Professional Engineer, is part of our team. He performs the structural analysis, sizes the beam, and stamps the drawings — all as part of your project, not as a separate engagement.

Load Path Analysis

We trace every load from the roof to the foundation — point loads, distributed loads, tributary areas — to ensure the beam handles everything the removed wall was carrying, plus a safety factor.

Beam Sizing Calculations

Span, tributary width, dead load, live load, snow load (rare in Texas), and deflection limits all factor in. We calculate for strength and for stiffness — a beam that's strong but bouncy fails the test.

Pocket & Support Design

The beam ends have to land somewhere — and that somewhere has to handle the concentrated load. We engineer the beam pocket, king stud assembly, and post (if needed) to transfer load safely to the foundation.

PE-Stamped Drawings

Every project includes PE-stamped structural drawings that go to the city with your permit application. No city in Texas will approve a structural modification without them.

Installation Process

How Beam Installation Works — Step by Step

1

Temporary Shoring

Before any wall comes down, we install temporary shoring — walls or posts that carry the load during the transition. This is non-negotiable structural safety, not optional.

2

Wall Demolition & Utility Relocation

We carefully demolish the wall, protecting floors and adjacent areas. Electrical, plumbing, and HVAC within the wall are rerouted per code before the beam goes in.

3

Beam Pocket Preparation

The end walls receive engineered beam pockets — recesses sized to accept the beam ends with correct bearing length per the PE calculations. King studs and trimmers are installed.

4

Beam Placement

For lighter LVL beams, our crew lifts and sets by hand. For heavy steel W-flange beams, we use a beam hoist to safely position the beam without damage to floors or walls. The beam is set level and connections made per the structural drawings.

5

Post & Column Installation

Long-span beams may require intermediate posts. Posts transfer beam reactions to the floor and ultimately to the foundation — slab or pier-and-beam. We engineer these connections to match your foundation type.

6

Inspection & Closeout

We schedule and pass the city structural inspection before any drywall or finishes go in. Once the city signs off, the permit is closed and you have a properly engineered, PE-stamped structural modification on record with the city — an asset for resale.

Beam Installation Pricing Guide

Pricing varies by span, beam type, ceiling height, foundation type, and local permit fees. These ranges reflect actual LBWP project data across Texas.

Scenario Typical Range
Single-story, LVL beam, 8–12 ft span, slab $4,500 – $7,500
Single-story, steel W-beam, 12–16 ft span $6,500 – $10,000
Two-story, steel W-beam, full load $8,000 – $14,000
Pier-and-beam foundation (added complexity) +$500 – $2,000
High-ceiling home (10–11 ft ceilings) +$300 – $800

All pricing includes PE engineering, engineering documentation, structural work, and cleanup. Drywall finishing, paint, and flooring are separate. Check out ballpark pricing.

Frequently Asked Questions — Beam Installation

What is the difference between a steel W-flange beam and an LVL beam?

Steel W-flange beams can span longer distances with shallower depth than wood alternatives. LVL beams are engineered wood products — great for spans under 14 feet where wood finishes are desired. LBWP's PE selects the right beam type based on your home's actual structural requirements, not preference.

How is beam size determined?

Beam sizing is a full engineering calculation: span, tributary load area, floor and roof dead loads, live loads, and deflection limits. Mateo Galvez, our in-house PE, performs these calculations and stamps the plans. Never accept a beam size from someone who hasn't done the math.

How long does beam installation take?

Most residential beam installations take one to two days for the structural work. Permit acquisition adds two to four weeks before work begins. Total timeline from first call to finished open space: three to six weeks, primarily driven by the permit review queue.

Does beam installation require a permit in Texas?

Yes. Virtually every Texas municipality requires a structural permit for load-bearing beam installation. LBWP handles the entire permit process — PE-stamped drawings, application, review — the permit process is the homeowner's responsibility.

What does beam installation cost in Texas?

Typically $4,500–$14,000 depending on span, beam type, story count, foundation type, and permit fees. LBWP offers ballpark pricing and free on-site consultations.

Can the beam be hidden in the ceiling, or will it be exposed?

Both options are possible and depend on ceiling height, beam depth, and your preference. A "flush beam" or "dropped beam" can be framed into the ceiling plane. An exposed beam — especially a beautiful glulam — can become a design feature. We discuss both options during your free estimate.

All Service Locations

Structural Beam Installation Near You

LBWP serves 45 cities across Texas from three regional offices. Select your city for local pricing, engineering details, and neighborhood-specific details.

🏙️ DFW Metroplex (20 Cities)

🌴 Houston Area (15 Cities)

🌵 Austin Area (10 Cities)

Ready to Transform Your Home?

PE-engineered. PE-engineered. Lifetime structural warranty. Same-day ballpark estimate.

📞 DFW: 214.624.5200 📞 Houston: 713.322.3908 📞 Austin: 512.641.9555

Get a Free Estimate

We'll respond within 1 business day

🔒 Your info is private and never sold.