Cost comparison

Material cost

For comparable profiles and sizes:

Polyurethane:

• Stock profile: $10 to $18 per linear foot.
• Modified profile: $15 to $25 per linear foot.
• Custom profile: $25 to $40 per linear foot.

Solid wood:

• Softwood (pine, fir): $30 to $60 per linear foot.
• Hardwood (oak, maple): $50 to $100 per linear foot.
• Reclaimed wood: $60 to $150 per linear foot.
• Exotic species: $100 to $300 per linear foot.

Polyurethane is typically 50 to 80 percent less expensive than solid wood for comparable profiles.

Freight cost

Polyurethane beams weigh 2 to 4 pounds per linear foot. Solid wood beams weigh 15 to 30 pounds per linear foot. Freight costs are 3 to 8 times higher for solid wood.

Installation cost

Polyurethane:

• Two-person crew, 15 to 30 minutes per beam.
• $20 to $80 per beam for labor.

Solid wood:

• Four to six person crew, 90 to 240 minutes per beam.
• $240 to $1,200 per beam for labor.
• May require crane or lift rental.

Polyurethane installation is 3 to 8 times less expensive than solid wood installation.

Total cost comparison

For a 200 linear foot project with comparable profile:

Polyurethane:

• Material: $3,000.
• Freight: $200.
• Installation: $1,500.
• Total: $4,700.

Solid wood (softwood):

• Material: $9,000.
• Freight: $1,500.
• Installation: $9,000.
• Total: $19,500.

Polyurethane is approximately 75 percent less expensive than solid wood for comparable projects.

Installation comparison

Crew requirements

Polyurethane:

• Two-person crew for most beams.
• Standard carpentry tools.
• No specialized equipment.

Solid wood:

• Four to six person crew.
• Standard carpentry tools plus specialized cutting equipment.
• Crane or lift for long or heavy beams.

Polyurethane installation requires fewer crew members and simpler equipment.

Time requirements

Polyurethane:

• 15 to 30 minutes per beam for typical beams.
• 25 to 45 minutes per beam for longer beams.
• 45 to 90 minutes per beam with field joint.

Solid wood:

• 90 to 240 minutes per beam for typical beams.
• Multiple hours per beam for longer beams.
• Crane time adds significant duration.

Polyurethane installation is 3 to 8 times faster than solid wood.

Skill requirements

Polyurethane:

• Standard carpentry skills.
• No specialized training required.
• Beginner crew can install with basic guidance.

Solid wood:

• Advanced carpentry skills.
• Specialized training often required.
• Experienced crew needed for quality installation.

Polyurethane installation requires less skill than solid wood.

Substrate requirements

Polyurethane:

• Standard cleat mounting per substrate.
• Lightweight reduces substrate load requirements.
• Can mount to most substrates with appropriate cleats.

Solid wood:

• Engineered mounting for heavy loads.
• May require additional structural support.
• Substrate must support significant weight.

Polyurethane installation has simpler substrate requirements.

Durability comparison

Dimensional stability

Polyurethane:

• Closed-cell structure doesn't absorb moisture.
• No swelling or shrinking from humidity.
• No warping, cupping, or twisting.
• Maintains dimensions over decades.

Solid wood:

• Hygroscopic material absorbs and releases moisture.
• Swells and shrinks with humidity changes.
• Warps, cups, and twists over time.
• Dimensions change over the building's life.

Polyurethane has significantly better dimensional stability.

Finish durability

Polyurethane:

• Factory finish under controlled conditions.
• UV-stabilized options available.
• Chemical-resistant options for harsh environments.
• Finish maintained with minimal care.

Solid wood:

• Finish applied on-site or at the shop.
• UV degradation without protection.
• Chemical resistance varies by finish.
• Finish requires periodic maintenance.

Polyurethane finishes are more consistent and durable.

Biological resistance

Polyurethane:

• No organic content for biological growth.
• No rot, mold, or insect damage.
• Stable in humid environments.
• No biological degradation over time.

Solid wood:

• Organic content supports biological growth.
• Susceptible to rot, mold, and insects.
• Requires treatment for humid environments.
• Biological degradation possible over time.

Polyurethane has superior biological resistance.

Long-term performance

Polyurethane:

• 20+ year service life typical.
• Maintained appearance over decades.
• Warranty terms often 10 to 25 years.

Solid wood:

• Variable service life depending on conditions.
• Appearance may degrade over time.
• Replacement may be needed within 20 to 50 years.

Polyurethane has more predictable long-term performance.

Maintenance comparison

Cleaning

Polyurethane:

• Standard cleaning with mild soap and water.
• No special products required.
• Resistant to most cleaning chemicals.

Solid wood:

• Specific wood cleaning products.
• Some chemicals may damage finish.
• More careful cleaning required.

Polyurethane has simpler cleaning requirements.

Refinishing

Polyurethane:

• Typically not needed for 15 to 25 years.
• Light surface refresh possible if needed.
• Full refinishing challenging (factory finish).

Solid wood:

• Refinishing needed every 5 to 15 years.
• Sanding and refinishing possible.
• Standard practice for wood maintenance.

Polyurethane has lower refinishing needs.

Repair

Polyurethane:

• Surface repairs possible with manufacturer materials.
• Significant damage may require beam replacement.
• Color-matched touch-up materials available.

Solid wood:

• Repairs common and well-understood.
• Replacement boards can be sourced.
• Color matching may require custom finishing.

Solid wood has more established repair practices.

Lifecycle cost

For 30-year lifecycle cost:

Polyurethane:

• Initial cost: $4,700 (example project).
• Maintenance: $500 over 30 years.
• Refinishing: Minimal.
• Replacement: Rare.
• Total: $5,200.

Solid wood:

• Initial cost: $19,500.
• Maintenance: $2,000 over 30 years.
• Refinishing: $3,000 over 30 years.
• Replacement: $5,000 partial replacement.
• Total: $29,500.

Polyurethane has significantly lower 30-year lifecycle cost.

When solid wood is preferred

Honest assessment: solid wood is preferred for some projects:

Premium positioning

When the project requires authentic solid wood positioning:

• Ultra-luxury homes.
• Historic preservation.
• Specific buyer requirements for solid wood.

Solid wood positioning justifies the cost premium.

Authentic material preference

When the buyer specifically wants authentic wood:

• Wood enthusiasts.
• Traditional craftsmanship preferences.
• Specific design authenticity requirements.

Authentic material preference justifies solid wood.

Structural applications

When the beam serves a structural purpose:

• Load-bearing applications.
• Engineered structural requirements.
• Building code requirements for structural beams.

Structural applications require solid timber.

Specific design authenticity

When the design requires authentic wood character:

• Reclaimed wood appearance that's difficult to replicate.
• Specific wood species character.
• Hand-hewn details beyond factory capability.

Specific design authenticity may require solid wood.

Decision criteria for construction companies

For construction companies choosing between polyurethane and solid wood:

The criteria help construction companies choose appropriately per project.

Common reasons construction companies choose each

Why construction companies choose polyurethane

• Lower total cost.
• Faster installation.
• Better moisture resistance.
• Easier code compliance.
• Design flexibility.
• Lower maintenance.

Why construction companies choose solid wood

• Premium positioning.
• Authentic material preference.
• Structural applications.
• Specific design authenticity.
• Traditional craftsmanship.
• Buyer preference.

Making the decision

For most construction company projects:

• Polyurethane is the right choice for most decorative beam applications.
• Solid wood is the right choice for specific positioning, structural, or authenticity requirements.
• The decision comes down to specific project requirements and company positioning.

The right choice depends on the project, not a universal rule.

PU faux beams vs solid wood beams for construction companies is a category where the head-to-head comparison, the decision criteria, and the project specifics all need to align. The right combination produces the appropriate choice for each project, balancing cost, performance, and design intent.