Idaho Veneer Co. is winding down after 67 years of veneer manufacturing. The Malloy family sold its site in Post Falls, Idaho, where a business that began by plunking a slicer down in the middle of a field and slicing knotty Idaho white pine and other Pacific Northwest species now sits in the middle of a bustling downtown. The company is finishing production and expects to sell its remaining veneer inventory by mid-July, after which the site will convert to its highest and best use. The closure is a reminder of how much construction depends on veneer: the same rotary-peeled sheets that become laminated veneer lumber also show up as paneling, cabinetry, and architectural surfaces.
The Veneer Family: Wood, Brick, and Stone
In construction, the word veneer covers three different materials that share one idea: a thin facing layer over a different backing or structure. Wood veneer is a thin slice of real lumber glued to a substrate. Brick veneer is a single wythe of brick that faces a framed or masonry wall but does not carry its load. Stone veneer, natural or manufactured, is a thin cladding that mimics full stone at a fraction of the weight. The thickness of a wood veneer face is measured in fractions of an inch, which is why a single log can cover hundreds of square feet of paneling.
Brick veneer looks like solid masonry but is much lighter and cheaper to build, which is why it dominates residential cladding. It does create structural questions at the edges, where decks and porches meet the wall; attaching a deck ledger to brick veneer requires the right hardware and a clear load path to the structure behind the brick.
How Wood Veneer Is Cut
Wood veneer starts as a log that is either peeled or sliced. Rotary peeling spins the log against a blade and produces a continuous sheet, the workhorse for plywood and LVL. Slicing moves a flitch past a stationary blade and produces book-matched faces for paneling and cabinetry. The Idaho Veneer operation used slicers, which is why its specialty was faces and architectural products rather than core plywood.
Grain Patterns by Cut Type
- Rotary cut: broad, exaggerated grain; used for plywood cores and utility faces
- Plain sliced: cathedral grain; common for cabinet faces
- Quarter sliced: straight, tight grain; stable and formal
- Rift cut: nearly vertical grain lines; used for high-end casework
| Veneer Type | Source | Typical Use | Common Thickness |
|---|---|---|---|
| Rotary-peeled wood | Whole log, peeled | Plywood, LVL, utility faces | 1/32 to 1/16 inch |
| Sliced wood | Flitch, sliced | Paneling, cabinetry, architectural faces | 1/42 to 1/28 inch |
| Brick veneer | Clay or shale units | Residential cladding | About 3 inches |
| Manufactured stone | Concrete mix, molds | Interior and exterior cladding | 1 to 2 inches |
| Natural stone veneer | Quarried slabs | Feature walls, facades | 1/2 to 1 inch |
Veneer vs Laminate: What Changes in the Factory
Veneer and laminate look similar on a showroom wall and behave very differently over a decade. A wood veneer face is real lumber, a few hundredths of an inch thick, with genuine grain and the ability to be sanded and refinished. A laminate face is paper impregnated with resin, printed with a wood image, and pressed under heat and pressure. The two materials differ in cost, wear, moisture response, and repairability; a detailed comparison of veneer and laminate is worth reading before specifying either for a project.
The price gap shows up at the register and again at the repair bench. Laminate resists scratches and stains out of the box, but a deep scratch cannot be sanded out. Veneer dents and scratches more easily, yet a furniture repairer can touch up or refinish the surface. In high-traffic commercial spaces the trade-off usually favors laminate; in homes and offices where the wood itself is the point, veneer wins.
Reading a Product Label
Manufacturers mark sheet goods with face material, thickness, and grade. A panel stamped oak veneer has real oak on the face; one stamped oak finish or oak pattern is printed. The distinction changes the price, the warranty, and how the panel ages.
| Characteristic | Wood Veneer | Laminate |
|---|---|---|
| Face material | Real sliced or peeled wood | Resin-impregnated printed paper |
| Refinishing | Can be sanded and refinished | Cannot be refinished |
| Moisture response | Expands and contracts with humidity | Dimensionally stable |
| Cost | Higher per square foot | Lower per square foot |
| Repair | Scratches can be touched up or sanded | Damage requires replacement |
Installing Wood Veneer Paneling and Raised Panels
Interior veneer work divides into flat paneling and raised panel walls. Flat paneling is applied directly to studs or over drywall with adhesive and pin nails. Raised panel walls build up from rails, stiles, and panels, often in oak veneer with cove molding at the transitions; a complete raised panel wall installation using oak veneer and cove molding follows a specific sequence. The same skills apply to wainscoting, ceiling panels, and cabinet faces, so the sequence transfers across rooms.
Installation Sequence for Raised Panels
- Acclimate panels in the room for at least 48 hours
- Snap level lines at panel height
- Install rails and stiles with construction adhesive and finish nails
- Fit veneer panels into the frame, allowing for expansion
- Run cove molding at ceiling and floor transitions
- Sand seams and apply finish coats
Fit panels loosely in their frames and let the finish trim cover the gap. Wood moves with humidity, and a panel glued rigidly into a frame will crack its own edges when it swells. Cove molding at the top and bottom hides the movement joint and gives the wall a finished line.
Acclimation and Moisture
Wood veneer moves with humidity, and a panel that was dry in the shop can cup or crack in a damp room. Check moisture content with a pin meter before installation; 6 to 9 percent is the safe range for interior work in most climates. Store panels flat, stacked with stickers between them, in the room where they will be installed.
Working With Brick Veneer
Brick veneer walls need the same drainage and movement detailing as full masonry, without the structural mass. Flashing at the base, weep holes every few feet, and an air gap behind the brick keep water away from the framing. Brick veneer also needs control joints at corners and long wall runs, because the units and the backup wall expand at different rates. Openings add the trickiest work: cutting brick for a door opening demands straight, clean cuts and a proper lintel to carry the brick above the opening.
Cutting Brick for Openings
- Mark the cut line on both faces of the unit
- Score with a masonry saw fitted with a diamond blade
- Cut from the face side to avoid chipping the exposed edge
- Use a grinder with a diamond wheel for field adjustments
- Wear eye protection and a dust mask; silica dust is a real hazard
Lintels and Head Details
The brick above an opening must transfer its weight to the jambs. A steel angle or concrete lintel spanning the opening handles the load, and the brick simply veneers the lintel. Never let brick above an opening bear on a wood frame door or window, and always install flashing above the lintel to shed water.
Attaching Structures Through Veneer and Cladding
Veneer looks solid, but it cannot carry the loads that come from a deck, porch, or stair. A ledger bolted only to brick veneer will eventually pull the veneer off the wall. The professional approach passes the load through the cladding to the structural frame, and the hardware must span every layer between the two; attaching deck ledgers over brick veneer, foam insulation, and stone cladding shows the standoff bolts, flashing, and sealant details that make that connection work. The same rule applies to porch roofs, stair stringers, and guard posts, not just decks.
Why Veneer Cannot Carry Structural Loads
Veneer is a facing, not a structure. Brick veneer relies on the backup wall; stone veneer relies on its lath and mortar; wood veneer relies on its substrate. Any load-bearing connection must reach the framing, rim board, or foundation behind the facing. The ledger, the bolts, and the flashing all have one job: transfer the load and keep water out.
Manufactured Stone Veneer Installation
Manufactured stone veneer brings the look of quarried stone at a fraction of the weight and cost. The units are concrete cast in molds, colored with iron oxides, and installed over a prepared surface. Panels weigh about a third of natural stone, which cuts freight and framing requirements. The same methods used for manufactured stone veneer installation apply to both interior and exterior work, and the differences between the two are mostly about weatherproofing.
The Install Sequence
- Install weather-resistant barrier and metal lath on exterior walls
- Apply a scratch coat of mortar and let it cure
- Dampen units and the wall before setting
- Butter the back of each unit and press it into place
- Fill joints with mortar or leave them open, per design
- Cure slowly and keep the wall damp for the first few days
A veneer project succeeds or fails in the prep. Flashing, lath, and scratch coat are invisible when the job is done, but they decide whether the veneer stays put for decades. The same principle ran through the Idaho Veneer story: a business that started with a slicer in a field survived 67 years by getting the basics of material, moisture, and craftsmanship right.