Reclaimed Beams & Timbers With Real Character
Timbers salvaged from barns, warehouses, and industrial buildings, available through partner suppliers in our network. Hand-hewn and sawn beams in oak, fir, pine, and hemlock for decorative use, or structural use with engineering review.
Hand-Hewn, Sawn & Box Beams
The three primary categories of reclaimed beams each offer distinct aesthetics and performance characteristics. Choosing the right type depends on whether your application is structural, decorative, or both.
Hand-Hewn Beams
Shaped by hand with a broadaxe, these beams carry the visible tool marks, irregular facets, and organic character of early timber framing. Each beam is one of a kind.
Key Characteristics
- Visible axe marks and adze texture
- Irregular cross-sections add visual depth
- Typically oak, white pine, or hemlock
- Usually from older barns and frame buildings
Best For
Exposed ceiling beams, mantels, decorative headers, restaurant and retail feature installations
Sawn Beams
Mill-cut timbers from early industrial buildings, grain elevators, and rail depots. Straighter edges and more uniform dimensions than hand-hewn, with the same old-growth density.
Key Characteristics
- Circular or band-saw marks on surfaces
- Relatively uniform cross-sections
- Commonly Douglas fir, Southern yellow pine, or oak
- Usually from industrial and commercial buildings
Best For
Structural applications, post-and-beam framing, load-bearing headers, pergola construction
Box Beams
Hollow beams built from reclaimed planks around a lightweight internal frame. They give the look of a solid timber at a fraction of the weight, for ceilings where the beam carries no load.
Key Characteristics
- Made from reclaimed planks
- Fraction of the weight of solid beams
- Can be built to suit a space
- Can wrap existing structural elements (steel beams, LVLs)
Best For
Decorative ceiling beams, beam wraps over steel I-beams, light-weight installations where solid timbers are impractical
Common Beam Sizes & Uses
Reclaimed beams come in a wide range of sizes. These are common sizes and typical uses, and what can be sourced depends on partner suppliers. Always consult a structural engineer for load-bearing applications.
| Size (Nominal) | Lengths | Common Applications |
|---|---|---|
| 4 x 6 | 6' - 14' | Mantels, decorative headers |
| 6 x 6 | 8' - 18' | Posts, porch columns, furniture |
| 6 x 8 | 8' - 20' | Floor beams, headers, decorative ceiling beams |
| 8 x 8 | 8' - 22' | Primary beams, post-and-beam framing |
| 8 x 10 | 8' - 22' | Long-span beams, ridge beams, heavy headers |
| 8 x 12 | 10' - 24' | Major ridge beams, heavy commercial headers |
| 10 x 10 | 10' - 24' | Major structural elements, commercial applications |
| 10 x 12 | 10' - 24' | Large-span beams, commercial builds |
| 12 x 12 | 10' - 28' | Statement beams, large-scale commercial and industrial |
| 12 x 16 | 12' - 30' | Major commercial spans, timber-frame ridges |
Lengths are a general guide. Load capacity depends on species, grade, defects, and loading conditions, so have structural beams engineered by a licensed professional.
Beam Weight Calculator
Knowing beam weight is critical for rigging planning, structural support assessment, and delivery logistics. Use this table to estimate total weight based on beam size, species, and length.
| Size | White Oak | Pine | Douglas Fir | Example Total Weight |
|---|---|---|---|---|
| 4 x 4 | 4.8 lbs/LF | 3.0 lbs/LF | 3.5 lbs/LF | 8ft beam: Oak 38 lbs, Pine 24 lbs, Fir 28 lbs |
| 4 x 6 | 7.2 lbs/LF | 4.5 lbs/LF | 5.3 lbs/LF | 10ft beam: Oak 72 lbs, Pine 45 lbs, Fir 53 lbs |
| 6 x 6 | 10.8 lbs/LF | 6.8 lbs/LF | 7.9 lbs/LF | 12ft beam: Oak 130 lbs, Pine 82 lbs, Fir 95 lbs |
| 6 x 8 | 14.4 lbs/LF | 9.0 lbs/LF | 10.5 lbs/LF | 14ft beam: Oak 202 lbs, Pine 126 lbs, Fir 147 lbs |
| 8 x 8 | 19.2 lbs/LF | 12.0 lbs/LF | 14.0 lbs/LF | 12ft beam: Oak 230 lbs, Pine 144 lbs, Fir 168 lbs |
| 8 x 10 | 24.0 lbs/LF | 15.0 lbs/LF | 17.5 lbs/LF | 16ft beam: Oak 384 lbs, Pine 240 lbs, Fir 280 lbs |
| 8 x 12 | 28.8 lbs/LF | 18.0 lbs/LF | 21.0 lbs/LF | 14ft beam: Oak 403 lbs, Pine 252 lbs, Fir 294 lbs |
| 10 x 10 | 30.0 lbs/LF | 18.8 lbs/LF | 21.9 lbs/LF | 16ft beam: Oak 480 lbs, Pine 301 lbs, Fir 350 lbs |
| 10 x 12 | 36.0 lbs/LF | 22.5 lbs/LF | 26.3 lbs/LF | 18ft beam: Oak 648 lbs, Pine 405 lbs, Fir 473 lbs |
| 12 x 12 | 43.2 lbs/LF | 27.0 lbs/LF | 31.5 lbs/LF | 20ft beam: Oak 864 lbs, Pine 540 lbs, Fir 630 lbs |
Weights are approximate and based on air-dry density at 12% moisture content. Actual weights vary based on species variation, moisture content, and the presence of heartwood vs. sapwood. For rigging purposes, add 10% safety margin to estimated weights.
Historic Beam Origins
Reclaimed beams come from many kinds of older buildings. Here are common sources, with the species and character typical of each.
Milling Buildings
Minneapolis grew up around the mills at St. Anthony Falls, and mill buildings used heavy timber framing. Beams of this type often show saw marks and bolt holes from machinery mounts.
Dairy Barns
Often hand-hewn with visible broadaxe marks and adze facets. A favorite look for mantels and ceiling details, with organic, irregular cross-sections and deep patina.
Railroad Depots
Mill-sawn with dense, tight grain from old-growth timber. Exterior faces may be stained, while interior faces can reveal amber heartwood when cleaned.
Grain Elevators
Long, straight timbers with heavy saw marks. A common place to look when a project needs length.
Industrial Warehouses
A mix of species depending on era and region of construction. Often show details like iron rod holes, pulley grooves, and paint shadows from signage.
Churches & Schools
Often well preserved because they stayed indoors. May have decorative chamfers, routed profiles, or original stain still visible.
Beam Wrap & Faux Beam Construction
Box beams deliver the look of a solid timber at a fraction of the weight. Built from reclaimed boards around a lightweight internal frame, they can be hard to tell from solid beams once installed, and they are much easier to handle.
Box beams are the practical choice for ceiling applications where structural support from the beam is not needed, for wrapping steel I-beams and engineered lumber, and for installations where weight limits prevent the use of solid timbers.
Construction Method
Reclaimed boards are mitered and joined around an internal lightweight frame, typically 2x4 or 2x2 furring. Three-sided for ceiling-mount applications, four-sided for free-standing use or wrapping existing structural members.
Wall Thickness
Usually the thickness of the reclaimed boards used. Thicker boards give a more convincing look at exposed ends and corners.
Weight Comparison
A solid 8x8 oak beam 12 feet long weighs roughly 230 lbs. A box beam of the same outside size weighs a fraction of that.
Size Limits
Box beams can be built to many dimensions. Length is usually limited by the longest boards available.
Installation Advantage
Lightweight box beams can often be handled by two people with basic scaffolding, without a crane, telehandler, or rigging equipment.
Steel Beam Wraps
A carpenter can build a box beam to wrap existing steel I-beams, LVLs, or glulam beams. The reclaimed wood shell conceals the modern structural element.
Surface Finish Options
The surface treatment defines the visual character of a beam. From raw patina to smooth-planed contemporary, here are six common options. Ask partner suppliers what is available.
As-Found (Natural Patina)
The beam surface is left exactly as it was recovered from the original structure — weathered, tool-marked, and bearing the full history of its prior life. Only loose debris and dirt are removed.
Rustic interiors, barn-style homes, restaurants and breweries seeking maximum authenticity
Hand-Hewn (Preserved)
For hand-hewn beams, the original axe marks and adze facets stay in place while the surface is cleaned of dirt, cobwebs, and loose material. The tool marks are the character.
Exposed ceiling beams, feature mantels, traditional timber-frame aesthetics
Wire-Brushed
A rotary wire brush removes soft grain fibers and surface debris, leaving the harder growth rings raised and deeply textured. Reveals the grain structure without removing the aged character.
Mantels, decorative beams where tactile quality matters
Smooth-Planed
All four faces are planed smooth, revealing the fresh wood beneath the weathered surface. Clean, contemporary appearance while maintaining the old-growth density and grain pattern.
Modern interiors, minimalist design, beams where a clean surface is desired
Sandblasted
High-pressure media blasting removes soft wood fibers more aggressively than wire brushing, creating an extremely textured surface with deep grain relief. Dramatic visual and tactile effect.
Statement installations, commercial feature beams, rustic-industrial aesthetics
Charred (Shou Sugi Ban)
Surface charring with a propane torch creates a blackened, alligator-skin texture. After brushing off the loose char, the beam has a dramatic blackened surface with enhanced weather resistance.
Contemporary design, exterior applications, Japanese-inspired interiors
Structural vs. Decorative Beams
Load-Bearing Beams
For structural applications, a beam has to be assessed for the job. Inspect it for deep checking, rot, insect damage, and cross-grain defects, and bring in a licensed engineer early.
- Have a licensed engineer assess the beam and the span
- Check current regulations with your local building official
- Ask whether a stamped review is needed for your permit
- Ask suppliers what is known about the source of the beam
- Choose species to suit the load
- Check moisture content before installation
- Treat span tables as preliminary sizing only
Feature & Accent Beams
Decorative beams are chosen for visual character: deep patina, weathering, tool marks, nail holes, and grain patterns. Solid beams or hollow wraps can both work, and hollow wraps reduce weight.
- Hand-hewn beams with strong character marks
- Hollow beam wraps for non-structural ceiling applications
- Finishes such as wire-brushed, sandblasted, oiled, or waxed
- Mantel beams cut and finished to length
- Box beams made from reclaimed planks
- Steel beam wraps to conceal modern structural elements
- Stain and color matching by a finisher
Reclaimed Beam Mantels
A reclaimed beam mantel is a simple way to change a room. The weight and texture of an old timber can turn a fireplace from a functional feature into the visual anchor of the space.
Include the length and finish you want in your request, and ask partner suppliers what is available. Some suppliers can cut a beam to length, and photos help you choose.
Common Mantel Sizes
Mantel Installation Methods
Steel L-brackets or floating shelf brackets are lag-bolted to wall studs. The mantel slides over the brackets and is secured with set screws from below. No visible hardware.
Steel rods (typically 1/2" rebar) are epoxied into wall studs and corresponding holes in the beam. The beam slides onto the rods for a completely invisible mount. Best for heavy mantels.
Decorative brackets or corbels (reclaimed iron or carved wood) support the mantel from below. The hardware becomes a design element. Period-correct for historic homes.
Clearance Requirements
Wood mantels need clearance from the fireplace opening, and the required distance depends on how far the mantel projects. Check the fireplace manufacturer's instructions and current regulations with your local building official.
Connection Hardware & Fasteners
How you connect a beam to the supporting structure is as important as the beam itself. Here are the most common connection methods. Have an engineer specify connections for structural work.
Concealed Steel Brackets
Heavy-gauge steel brackets that mount to the wall structure and are hidden inside a slot cut into the beam end. The beam appears to float from the wall with no visible hardware.
Through-Bolts with Washers
Galvanized or stainless steel bolts that pass completely through the beam and the supporting structure. Exposed bolt heads and washers become a design element in industrial and rustic settings.
Lag Screws (Structural)
Heavy-duty lag screws driven into supporting structure through the beam. Heads can be countersunk and plugged for a cleaner appearance. Capacity varies by size, species, and embedment.
Engineered Metal Connectors
Metal connectors made for timber connections, such as beam hangers, post caps, and column bases, with load ratings published by the manufacturer.
Traditional Timber Frame Joinery
Mortise-and-tenon joints, dovetails, and pegged connections that require no metal hardware. The same methods used to build many of the structures these beams came from.
Installation Considerations
Installing a reclaimed beam — especially a heavy one — requires careful planning around weight, access, rigging, and structural support.
Weight Planning
A 12x12 oak beam 16 feet long weighs well over 600 lbs. Work out total weight from the per-foot figures in the weight table, then plan your rigging and lifting strategy. Interior installations may require removing windows or doors for access.
Structural Support Assessment
Before installation, verify that the receiving structure can support the beam weight plus any applied loads. Ceiling joists, wall studs, and posts must be evaluated by a qualified professional.
Access and Rigging
For heavy beams, professional rigging is recommended. A telehandler, crane, or engine hoist may be needed for exterior lifting. Interior beams may require scaffolding, temporary supports, and several helpers.
Finishing Before Installation
Apply any surface treatments (oil, wax, sealer) before installation. It is much easier to finish a beam on sawhorses than 10 feet overhead. Touch up any installation damage after the beam is in place.
Expansion and Movement
Large timbers can expand and contract seasonally. Allow 1/4 inch clearance at beam ends when fitting into pockets or against walls. Use flexible caulk or trim to conceal the gap if needed.
Working With a Structural Engineer
For structural beam applications, hire a licensed structural engineer. Here is the kind of work an engineer typically does on a reclaimed timber project.
Beam Assessment
An engineer or qualified grader can examine a beam and assign design values based on species, size, and condition.
Load & Span Calculations
Structural analysis covers dead load, live load, and deflection, to determine whether a specific beam can safely span the required distance.
Connection Design
Connection details specify hardware, fastener sizes, and bearing area, so the connections are suited to the loads on the beam.
Site Review
On complex installations, an engineer may visit the site to verify conditions and review connections.
Species Commonly Used for Beams
White Oak
A sought-after species for exposed beams. Dense, rot-resistant, and develops a warm patina.
Very High
Excellent
Douglas Fir
Excellent strength-to-weight ratio. Straight grain makes it well suited to long spans.
High
Good
Heart Pine
Old-growth longleaf pine heartwood. Very dense with rich amber coloring. Rarely available as new lumber.
Very High
Excellent
Eastern Hemlock
Even texture. Best for interior decorative applications.
Moderate
Fair
White Pine
Lightweight and workable. A common timber in older Minnesota barns.
Low-Moderate
Fair
Beam FAQ
How do I get a heavy beam into my house and up to the ceiling?
Plan the lift before the beam arrives. Heavy beams may need a crane, telehandler, or engine hoist, and a rigging crew experienced with timber installation. Lighter beams and mantels can often be managed by two strong people with the right scaffolding.
Will my ceiling support the weight of a reclaimed beam?
This is an engineering question that depends on your ceiling structure, span, and the weight of the beam. Decorative beams can often be supported by ceiling joists if properly blocked and lagged. Heavier beams may need support posts or additional framing. Consult a structural engineer before installation.
Can I use a reclaimed beam as a structural element in new construction?
Possibly, but plan on engineering review. A licensed structural engineer can assess a reclaimed beam based on species, size, and condition. Check current regulations with your local building official before you commit to a beam.
What is the difference between a solid beam and a box beam?
A solid beam is a single piece of timber, heavy and suitable for structural or decorative use. A box beam is hollow, made from reclaimed planks around an internal frame. Box beams are far lighter and easier to install overhead, but they do not carry structural loads.
Do reclaimed beams have checking (cracks)?
Yes, surface checking is normal in large timbers. It occurs when the exterior dries faster than the interior, causing cracks along the grain. Checks are usually cosmetic and are often valued in exposed beams, but deep splits in a structural beam need assessment.
Can beams from different sources be matched so they look similar?
Matching species, age, surface texture, and color tone is easiest when beams come from the same source. For projects with multiple beams, ask partner suppliers what is available and request photos. Wire-brushing or sandblasting all beams to the same finish also helps create visual consistency.
How do I maintain an exposed beam after installation?
Interior beams need very little maintenance. A light dusting once or twice a year is usually enough. If you applied a penetrating oil or wax finish, reapply every few years to maintain the sheen. Exterior beams should be sealed with a penetrating wood preservative and recoated every few years, depending on sun and weather exposure.
Reusing a Beam Avoids Cutting and Milling a New One
Large timbers come from large trees that take a long time to grow. Putting an existing beam back to work makes use of wood that has already been cut.
Big timbers need big trees, which take a long time to grow
Wood stores carbon while it stays in use
A sound timber can go on working in a new structure
Looking for the Perfect Beam?
Describe your project: span length, desired species and finish, and whether the beam is structural or decorative. We pass your request to partner suppliers, and a partner supplier follows up on what is available.
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