Faux Wood Beam Systems Case Study

A Coordinated Exterior System with Custom Dimensions, Color & Fast Turnaround

Project Type: Custom U-Shaped Faux Wood Beams & Exterior Architectural Elements
Client: Private / Commercial Property Owner
Industry: Residential / Commercial Architecture
Product System: Polyurethane Faux Wood + EPS Architectural Elements
Application: Exterior Façade
Key Challenge: Custom dimensions + tight lead time + exact color matching
Result: Royal Foam delivered a coordinated façade package combining U-shaped faux wood beams made from polyurethane with complementary architectural elements fabricated from EPS foam, all customized to the project's dimensions, color requirements and accelerated schedule.

The project required a coordinated exterior architectural package combining the warmth of wood with decorative façade elements.The centerpiece was a series of U-shaped faux wood beams manufactured from polyurethane, designed to create the appearance of substantial timber framing while accommodating the specific dimensions of the building.The beams were paired with additional architectural elements made from EPS foam, allowing Royal Foam to create complementary shapes and details without requiring every component to be fabricated from the same material.The project presented three major requirements:

• Highly customized beam dimensions
• A tight production and delivery schedule
• A specific custom color that needed to work across the different architectural elements

The challenge was to make two different material systems appear as one coordinated architectural design.

The façade required beam dimensions that did not correspond to standard faux wood products.The beams also needed to function as U-shaped elements, rather than simple flat decorative boards.At the same time, the project included additional architectural components that needed to coordinate visually with the faux wood.And there was very little room in the schedule for a long custom-development process.

Client Requirements
The project required:

• Custom U-shaped beam dimensions
• Multiple unique lengths and sections
• Custom architectural elements
• Consistent visual proportions
• A specific custom color
• Coordinated finishes between materials
• Fast fabrication
• Fast delivery
• Clean integration into the existing façade

How do you deliver a highly customized architectural package on a tight timeline without compromising the appearance or coordination of the finished façade?
The solution was to use the right material for each architectural element, while coordinating the design and finish across the entire system.

U-Shaped Faux Wood Beams
The primary faux wood elements were fabricated from polyurethane.The U-shaped configuration allowed the beams to create the visual mass and dimensional character of a traditional timber element while accommodating the project's architectural requirements.The polyurethane material also allowed detailed wood-grain character and a finished wood appearance to be incorporated into the custom components.

Custom Dimensions
The beams were not treated as standard-length products.Individual components were developed according to the actual dimensions required by the façade.This allowed Royal Foam to accommodate:

• Custom lengths
• Custom widths
• Custom depths
• U-shaped profiles
• End conditions
• Connections
• Architectural transitions

The building determined the dimensions. The design determined the appearance.

Complementary EPS Architectural Elements
The faux wood beams were combined with other façade elements fabricated from EPS foam.Using EPS for the decorative architectural components allowed the project to achieve complex shapes and profiles while keeping the overall system lightweight.The important part was not that every element was made from the same material.It was that every element belonged to the same architectural composition.

Custom Color
The project required a specific color rather than a standard finish.Royal Foam coordinated the finishing process so that the faux wood elements and complementary architectural details worked together visually.The color treatment helped unify the polyurethane and EPS components despite their different materials and fabrication methods.

Accelerated Production
Because the project had a tight lead time, fabrication had to be coordinated from the beginning.The custom dimensions, material selection, fabrication process and finishing requirements were addressed as part of one project plan rather than as separate stages.

The façade combined two different architectural material systems.

Component 1 — U-Shaped Faux Wood

Material: High-density polyurethaneUsed for:

• U-shaped beams
• Wood-look architectural framing
• Custom dimensional elements

The polyurethane components were fabricated to reproduce the visual character of timber while allowing custom dimensions.

Component 2 — Decorative Architectural Elements

Material: EPS foamUsed for:

• Decorative façade shapes
• Architectural transitions
• Complementary trim
• Custom profiles

Component 3 — Coordinated Finish

The different components were finished to work together as one visual composition.

Result

Two materials. One architectural language.The polyurethane faux wood provides the warmth and character of timber, while the EPS elements provide the flexibility required for the surrounding decorative architecture.

Before:

• Plain or underdeveloped façade
• Limited architectural depth
• No strong timber character
• Standard architectural elements could not fully address the desired proportions

After:

• Strong U-shaped faux wood framing
• Custom architectural elements integrated throughout the façade
• Coordinated color and finish
• Greater depth and visual hierarchy
• More substantial architectural presence

From a conventional façade to a custom architectural composition combining wood character and decorative detailing.

Visual Effect
The faux wood beams introduce warmth and structural-looking visual mass, while the complementary architectural elements add scale, rhythm and detail.

Functional Effect
Custom fabrication allowed the architectural system to follow the actual building dimensions while meeting the project's accelerated schedule.

Step 1 — Façade Review
The existing building and desired architectural composition were reviewed to establish dimensions and locations for the beams and decorative elements.

Step 2 — Custom Design
The U-shaped beam profiles and complementary EPS architectural elements were developed around the actual façade.

Step 3 — Material Assignment
Each element was assigned the material best suited to its function and geometry:
Polyurethane → faux wood beams
EPS → complementary architectural elements

Step 4 — Custom Fabrication
The individual components were manufactured according to their project-specific dimensions.

Step 5 — Color Development
The required custom color and finish were established for the project.

Step 6 — Finishing
The polyurethane faux wood components and EPS architectural elements were finished to create a coordinated appearance.

Step 7 — Delivery
The components were prepared and delivered according to the project's compressed schedule.

Step 8 — Installation
The different elements were installed together as one coordinated façade system.

Project Results

• Custom U-shaped faux wood beams
• Polyurethane faux wood construction
• Custom dimensions
• Complementary EPS architectural elements
• Custom color
• Coordinated appearance between two material systems
• Fabricated according to a tight project schedule
• Lightweight architectural components
• Integrated exterior design

Royal Foam didn't force the entire project into one material or one standard product. Instead, each architectural element was fabricated using the material best suited to its purpose - while the design, proportions and finish brought everything together.

The project required consideration of:

• Custom U-shaped beam geometry
• Individual beam dimensions
• Beam attachment
• Existing façade conditions
• EPS architectural element geometry
• Material transitions
• Exterior exposure
• Custom color and finish
• Installation sequence
• Accelerated production schedule

The polyurethane and EPS components were treated as separate fabricated products while being coordinated as a single architectural design.
Project-specific engineering and attachment methods should be determined based on the substrate, location, loading and applicable building requirements.