Framing Components

A building is only as strong as the frame that supports it. The lumber and trusses you choose determine everything from structural integrity and load capacity to how long your building will stand. That’s why we never cut corners on framing components.

Every piece of wood that goes into a Swiss Construction project is selected for its strength, durability, and performance. From the skirt boards that sit closest to the ground to the trusses that span your roof, we use reliable materials that meet or exceed modern building standards.

Whether you need a clear-span interior for a commercial pole building or a heavy-duty frame for an agricultural shop, our component systems are engineered specifically for your project.

Trusses: The Backbone of Your Roof

Trusses are the engineered framework that supports your roof and creates the open, column-free space that makes post frame construction so valuable. Rather than relying on interior load-bearing walls, our truss systems transfer weight to the outer walls, giving you maximum flexibility for floor plans.

What makes our trusses different:

  • Precision Assembly: Hydraulically pressed joints with vertically embedded plates ensure consistent, reliable connections.
  • Experience: Decades of truss design experience means we know how to engineer for snow loads, wind loads, and local building codes.
  • Industry-Leading Hardware: We use MiTek connector plates, a trusted name in truss manufacturing.
  • Superior Lumber: 2400-Fb machine stress rated lumber provides higher load-bearing capacity than standard framing lumber.

Available in a variety of roof pitches to match your design aesthetic and performance needs. Whether you want a steep pitch for a traditional look or a low slope for modern farmhouse style, we can engineer the right truss for your project.

Lumber: Matching the Right Wood to the Right Job

Not all lumber is the same. Different species and treatment levels perform better in different parts of a building. We select each component based on where it will be used and what stresses it will face.

SPF (Spruce-Pine-Fir) for Secondary Framing

For non-load-bearing components like girts, purlins, and fascia boards, we use SPF lumber. It’s lightweight, straight, and easy to work with—ideal for horizontal framing that supports siding and roofing panels.

Component Material

  • Girts (wall framing): SPF
  • Purlins (roof framing): SPF
  • Fascia (roof edge trim backing): SPF

Southern Yellow Pine & LVL for Load-Bearing

When strength matters most, we turn to southern yellow pine and engineered LVL (Laminated Veneer Lumber) beams. These materials handle heavier loads with less deflection than standard dimensional lumber.

LVL Beams Feature:

  • Fully protected with premium-grade sealer
  • Waterproof adhesives that boost stability in humid conditions
  • Superior nail-holding characteristics compared to standard lumber
  • Limited lifetime warranty

Pressure-Treated Lumber for Ground Contact

Any time wood is exposed to moisture or soil contact, we use pressure-treated lumber. This includes the skirt board that runs along the bottom of your walls and any posts or framing that touches concrete or earth.

Skirt boards: 2×8 treated with .60 CCA (Chromated Copper Arsenate) for maximum decay and insect resistance

Any wood exposed to the elements: Automatically upgraded to pressure-treated

Why Material Selection Matters for Post-Frame Buildings

Using the wrong lumber in the wrong place is a recipe for premature failure. SPF in ground contact would rot. Untreated pine in a humid livestock building would attract insects. Standard lumber in a long-span truss would sag.

We take the guesswork out of material selection. Every component is specified based on decades of real-world performance data, so your pole building stays square, level, and strong for decades[p.

Need a Custom Framing Package?

Every building has unique load requirements. Let our design team engineer a truss and lumber package that matches your specific snow load, wind load, and span needs.

Swiss Construction