A flooring mockup is a realistic preview that shows what a specific flooring product will look like once it’s installed in an interior setting. Instead of relying on a small hand sample or imagining the finished result, a flooring mockup lets you see the color, grain, finish, and overall tone of the material “in place” on a styled surface.
Flooring mockups are commonly used by designers, builders, and architects to compare product options side by side, visualize how a floor will interact with surrounding elements, and make confident, well-informed decisions when specifying wood flooring. A physical mockup helps confirm how a material interacts with the project environment—especially under varying lighting conditions, both natural and artificial, and in combination with other finishes— so expectations are set early, and approvals move forward with confidence and clarity.
While digital visualizations can be helpful during the design process, they can’t fully replicate real-world variables like natural daylight shifts, interior lighting temperatures, surrounding paint colors, and the natural variation found in wood. A physical flooring mockup provides the most accurate avenue to evaluate a product before ordering, minimizing surprises once materials arrive onsite.
Why Are Wood Flooring Mockups Used?
Wood is a natural product, with character varying from board to board. A hand sample may show tone and texture, but never fully captures the full range of variation within a finished flooring installation. Mockups provide a larger, more representative view, so specifiers can review a species’ color variation, finish, and how the flooring material responds to project-specific lighting and color.
Selecting the right wood species and finish plays a major role in the long-term durability and maintenance of a wood floor. Each species varies in hardness, grain structure, and resilience, which affects how well the floor holds up to everyday wear. Harder woods tend to resist dents and surface damage more easily, while softer species may show character marks over time.
To help architects and designers specify wood flooring with confidence, reSAWN’s flooring mockups provide an accurate way to evaluate species, color, grain, and finish before materials arrive onsite. By seeing the material in a larger format, you can validate overall pattern, tone, movement, and sheen, so what you choose is what you can expect in the finished space.
Flooring mockups are available for all our solid and engineered flooring products, including our collection of FloorScore® Certified European White Oak and Black Walnut products.
reSAWN’s Flooring Mockup Program
We offer three standard mockup options to meet a range of project sizes:
Small Mockup: Recommended for projects 1,500 – 5,000 sq. ft. Includes (5) 24” boards.
Medium Mockup: Recommended for projects 5,001 – 10,000 sq. ft. Includes (10) 24” boards.
Large Mockup: Recommended for projects 10,000 sq. ft. or higher. Includes (15) 24” boards.
We’re here to help you create interior spaces that look beautiful and perform as expected for years to come. If you have questions about custom mockups or need support with your flooring project, our team is ready to help. Contact us today.
In the world of architectural design, the choice of cladding material is more than just a practical decision—it’s an opportunity to create spaces that resonate with harmony, emotions, and visual appeal. We understand the profound impact that colors, shades, and tones can have on the overall ambiance of a project. Our Sylva™ products embody this philosophy, offering a diverse palette designed to enhance both exterior and interior spaces.
A Spectrum of Possibilities The Sylva collection features thermally modified red oak products, each showcasing a range of colors from rich browns and cool grays to the dramatic Shou Sugi Ban charred technique. The red oak base, treated through thermal modification, provides a versatile foundation that allows for a variety of finishes. Whether you’re designing a modern urban façade or a cozy interior retreat, there’s a Sylva product to meet all your aesthetic needs.
Introducing New Finishes We’re excited to introduce eight new finishes—HAMERS, MICHAUX, TUSCA, SPROUL, PINCHOT, ROTHROCK, SINNEN, and TIA—that further elevate Sylva’s design potential. These new products are a result of innovative, aggressive surface brushing and proprietary finishes that enhance the natural grain and fully saturate the wood for a rich color that weathers beautifully over time.
The Influence of Color and Tone Colors and tones are not just visual elements; they play a significant role in shaping the emotional and psychological experience of a space. Here’s how different shades of our new Sylva products can influence feelings and perceptions:
HAMERS features a bold, espresso-brown with cool black undertones that offer a grounded, natural appearance. It’s aggressive brush texture creates a depth that enhances its deep hue for a sense of sophistication for both contemporary and rustic spaces.
MICHAUX offers a blend of rich, deep browns enriched with vibrant red undertones for a dynamic, expressive finish. The warm coloration subtly shifts with the light, adding a depth and energy that’s perfect for both indoor and outdoor spaces.
TUSCA enhances the natural appearance and dramatic grain pattern inherent to red oak. The coppery-red undertones and natural brown hues offer the timeless, biophilic appeal of natural wood with added depth and dimension from the aggressive brush texture.
SPROUL is a dynamic finish that can range from red to deep maroon undertones depending on the character of the original wood. This rich, warm, and complex palette brings visual movement and character to a space, offering stunning detail that fits into any architectural and design style.
PINCHOT’s slivery-gray brings a natural, weathered elegance. The deep texture allows the finish to fully saturate the wood, offering a depth and dimension that weathers consistently over time, for designs that feel luxurious, calm, and spacious.
ROTHROCK is a balanced blend of medium to dark blue-gray tones with subtle, natural-wood highlights that shift in the light. Ideal for high-end interiors and minimalist spaces, it perfectly blends modern and clean design aesthetics with depth and dimension.
SINNEN features a striking, deep blue-gray for a dramatic, yet refined presence. The rich, saturated color gives the surface a cool, modern edge with subtle variations in tone that enhance the grain depth and add visual intrigue.
TIA delivers a dramatic, black finish that reflects natural light with subtle flashes of silver. Bold and modern, it offers a commanding presence that brings drama and intrigue to modern, minimalist, and contemporary spaces.
The expanded Sylva line of products offers a rich array of 21 different colors, tones, and textures designed to enhance and unify both interior and exterior spaces. By understanding the psychological impact of these shades and selecting the right tones, architects, builders, and designers can create environments that are visually appealing and emotionally resonant.
To experience the full range of Sylva’s color palette and textures firsthand, we encourage you to order samples. Holding the material in your hands allows you to truly appreciate the quality and craftsmanship of our products. Request samples or contact us to work with a Specification Consultant who can assist you in finding the perfect match for your next project.
Lumber milling is an age-old craft that merges wood’s natural beauty with the functional needs of architecture and design. Each milling cut offers a unique intersection of form, grain pattern, and structural properties that dictate aesthetic appeal and practical utility. Understanding these techniques is key to maximizing wood’s potential, from the versatile efficiency of plain sawn boards to the dimensional stability of rift and quarter sawn cuts.
With the resurgence of natural materials in present-day architecture, the choice of milling techniques plays a critical role in achieving specific design aesthetics and performance outcomes. Whether for flooring, wall cladding or structural components, knowing the distinct qualities of each cut allows designers, builders, and architects to make informed decisions.
This article explores the distinctions of lumber milling, demystifying key terms and revealing the artistry behind sawyers’ choices.
Plain Sawn: Efficiency Meets Visual Appeal
Plain (or flat) sawing is the most efficient and common milling technique. In this process, the sawyer aligns the first cut parallel to the curvature of the log. Then, they keep cutting the wood, switching between going the same direction as the log and across it, until they reach the middle.
Characteristics and Advantages:
Efficient & Cost-Effective: This method maximizes the number of boards that can be milled from a single log, reducing waste and making it the most affordable option.
Aesthetic Appeal:Plain sawn boards display a distinctive “cathedral grain” pattern, giving wood surfaces a natural, dynamic look.
Readily Available: Due to its widespread use, plain sawn lumber is one of the most accessible options on the market.
Applications:
Flooring & Millwork: WESTPORT Select Plain Sawn North American Black Walnut offers tonal uniformity and clarity, enhanced by the cathedral grain for an elegant look.
Cladding: Products like ARDMORE utilize plain sawn material for a more monotone application, while HOWAITO leverages grain variations to create a lively tonal interplay.
Live Sawn (Original Cut): The Most Resource-Efficient Approach
Live sawn, or original cut, is a milling technique that produces the widest boards possible from a log by making parallel cuts from top to bottom. This method captures the entire cross-section of the log, resulting in a unique blend of cathedral grain, vertical grain, medullary rays, and sapwood within a single board.
Key Visual & Structural Elements:
Cathedral Grain: Found in the outer sections of the board, adding a dramatic and sweeping aesthetic.
Vertical Grain: Visible in the inner sections, offering a more linear and structured appearance.
Medullary Rays: Radiating from the log’s center, these unique flecks or streaks are highly prized in species like oak.
Sapwood Contrast: The lighter outer layer of the log creates natural visual interest against the heartwood.
Benefits of Live Sawn Milling:
Minimal Waste, Maximum Sustainability: Because the entire log is used, this method supports sustainable forestry practices by increasing overall yield.
Superior Stability: The variety of grain orientations within a single board improves dimensional stability, reducing the likelihood of warping.
Organic Aesthetic Appeal: Live sawn boards feature a striking mix of grain patterns, making them ideal for bold, naturalistic designs.
Applications:
Flooring: Live sawn products like European White Oak are a popular choice in rustic and contemporary interior designs.
Architectural Elements: Suitable for feature walls, beams, and ceilings where natural character is desired.
Rift Sawn and Quarter Sawn: Precision and Stability
The rift and quarter sawn milling methods are often misunderstood in woodworking. The key difference lies in the angle of the tree’s growth rings relative to the board’s surface, as seen from the end of the cut.
Quarter Sawn:
Growth rings are at an angle of 60 to 90 degrees to the surface.
Creates straight grain patterns and often showcases medullary rays, which appear as flecks or ribbons, adding a unique visual element to certain species like oak.
Higher resistance to moisture absorption, making it more stable than plain sawn lumber.
Rift Sawn:
Growth rings are at an angle of 30 to 60 degrees to the surface.
Produces a clean, straight grain with minimal variation and no visible medullary rays.
Highly sought for precision applications such as fine furniture, cabinetry, and architectural millwork.
Milling Process:
A log is first cut into four quarters (cants).
Each quarter is then sliced parallel to its flat face, with the sawyer turning the cant 90 degrees after each cut.
The first, wider cuts become quarter sawn boards, while the smaller cuts with a lower grain angle become rift sawn boards.
Advantages of Rift and Quarter Sawn Milling:
Dimensional Stability: The perpendicular grain alignment minimizes expansion and contraction due to humidity changes.
Durability: Less prone to warping and cupping, making it ideal for flooring and high-end woodworking projects.
Refined Aesthetics: The uniform grain structure provides a sleek, modern look that suits minimalist and modern designs.
Applications:
Flooring & Cladding: Quarter sawn white oak is a popular choice for high-end installations, offering both durability and an elegant grain pattern.
By understanding milling techniques, builders, architects, and designers can deepen their design narrative and elevate their projects with the beauty and integrity of wood. Whether emphasizing the natural grain patterns of plain and live sawn boards or opting for the structural reliability of quarter and rift sawn lumber, each cut offers unique advantages.
At reSAWN, we specialize in providing high-quality, sustainably sourced wood products that highlight the craftsmanship and natural elegance of these techniques. Our extensive range of flooring, cladding, and millwork solutions ensures that every commercial or residential project can benefit from the timeless appeal of expertly milled wood.
For more information, contact reSAWN TIMBER co. to discover how our innovative wood solutions can enhance your next project. AEC professionals—if you’re interested in deepening your team’s knowledge on lumber cuts and their impact on design and performance, request a CEU course today!
Starting a new architectural project can be an exciting yet challenging endeavor. Each decision, from the first spark of an idea to the final installation, shapes the path forward. At reSAWN, we understand that the process can be complex, and we are here to guide architects and designers through it.
For every project, we assign a dedicated specification consultant and project coordinator to provide personalized support and expertise. The specification consultant ensures that all materials align with your project’s aesthetic, functional, and regulatory requirements, while the project coordinator manages the logistics, timelines, and communication. This collaborative approach ensures a seamless experience, where every detail is carefully considered, and the final result is informed and satisfying.
Product Curation After understanding a project’s requirements, the consultant familiar with the geographical region and aesthetic needs will recommend options best suited for the project. Our offering includes charred woods, reclaimed woods, sustainably harvested American wood species, European White Oak, Black Walnut, and modified woods for interior & exterior cladding, flooring, and custom millwork. Our consultants are extensively trained and equipped with deep product knowledge, offering detailed insights to help clients make informed decisions. This personalized approach ensures our clients receive the ideal materials for their projects.
Product Samples & Submittals reSAWN offers product samples to give clients a tangible experience of our materials, helping them make decisions more confidently. By having samples in hand, clients can assess texture, color, and quality, ensuring the selected products align with aesthetic goals and functional needs. This evaluation eliminates uncertainty and supports more informed choices, ultimately leading to a successful project outcome.
After placing an order and prior to production, reSAWN provides clients with product submittals that allow them to review the color, grain, and texture of our materials on larger surfaces. These submittals include physical samples and detailed documentation, allowing clients to examine the wood’s aesthetic qualities closely.
Technical Expertise & Custom Solutions The technical services team is integral to our commitment to delivering high-quality, tailored solutions for every project. This team of experts provides technical guidance on material performance, installation methods, and compliance with industry standards. Whether addressing specific site conditions, offering custom capabilities, or detailed product specifications, the technical services team is trained to support architects, designers, and builders at every stage. Their deep understanding of our product range and ability to anticipate and solve potential challenges ensure that projects proceed smoothly with materials that are beautiful and ideally suited to their environment.
Field Mockups Field mockups are a valuable tool for choosing the right products. By constructing a real-world, to-scale example of how materials will look and perform in their actual setting, clients can see firsthand how products interact with site-specific factors like UV lighting, humidity, and other weather conditions. This practical preview helps identify potential issues early on. It ensures the final installation meets aesthetic and functional expectations, giving clients peace of mind in product selection.
Product Weathering Studies reSAWN TIMBER co.’s product weathering documents offer a significant advantage by providing a clear, visual record of how our exterior products weather over time. These documents, which capture the appearance of materials after years of outdoor exposure, help architects and designers make informed decisions about finish selections by showcasing the natural aging process and potential maintenance requirements. By leveraging this comprehensive insight, clients can confidently choose products that will meet their aesthetic and durability expectations for years to come, ensuring long-term satisfaction with their investment.
Starting a new project is a significant undertaking, but with the proper assistance, it can also be an incredibly rewarding experience. Our team is always available to address any questions or challenges our clients may have, regardless of the project stage. Even after the project is completed, we remain a resource, offering maintenance advice and ongoing support to help your project thrive long-term.
At reSAWN, we are committed to being more than just a manufacturer; we are your partners in bringing your vision to life. By offering expert guidance, high-quality, sustainable materials, and unwavering support, we aim to make your journey from concept to completion smooth and successful.
When selecting natural wood flooring for your home or commercial space, a critical decision is choosing between engineered and solid hardwood flooring. Both options offer premium, natural wood with the same classic aesthetic and warmth but differ in structural composition and performance. This article will discuss the fundamental differences between engineered and solid hardwood flooring—including their applications, durability, upkeep, and environmental effects.
Construction and Composition The primary difference between solid hardwood and engineered wood lies in their construction. Solid hardwood is made from a single piece of wood, typically about ¾ inch thick, and is milled from a single piece of timber. This straightforward construction makes solid hardwood flooring durable and allows it to be sanded and refinished multiple times over its lifespan.
In comparison, engineered wood consists of multiple layers. The top layer, known as the wear layer, is a thin layer of natural wood that varies in thickness. Beneath the wear layer, several plywood layers are stacked and bonded together in a cross-grain configuration. This layered construction enhances dimensional stability, making it less likely to warp and shrink than solid hardwood.
Applications Solid wood flooring can be installed above-grade or on-grade but is not recommended for below-grade environments. This limitation is due to moisture, as solid wood is more susceptible to moisture. Below-grade spaces, such as basements, often have higher humidity levels and are prone to moisture infiltration from the surrounding soil. If the soil level along any perimeter wall is more than 3 inches above the installed flooring, the risk of moisture damage increases significantly. This makes solid wood flooring less stable and more vulnerable in such conditions.
On the other hand, engineered wood flooring is designed to be more dimensionally stable and moisture-resistant. This makes it suitable for installation above, on, or even below grade. The cross-laminated structure of engineered wood contributes to its resistance to moisture. The plywood or HDF layers are less susceptible to water damage than solid wood, which can swell or warp when exposed to moisture. Additionally, the adhesives used in engineered wood flooring are typically formulated to resist moisture, further enhancing the floor’s durability. This makes engineered wood a suitable option for areas where moisture is a concern, such as basements (below grade) or over concrete slabs.
Durability and Longevity Solid hardwood and engineered wood each have their own strengths in durability and longevity. Solid hardwood is recognized for its long lifespan; with proper care, it can last for decades. As a solid piece of timber, it can be sanded and refinished multiple times, which is a significant advantage if the floor gets scratched or the owner wishes to change the finish.
Engineered wood, while also durable, has a different set of strengths. Its multi-layered construction provides greater resistance to temperature and humidity changes, reducing the risk of warping or cupping. This stability makes engineered wood an excellent choice for environments where solid hardwood might struggle, such as in rooms with fluctuating humidity levels or below-grade installations.
Vitus Project Feat. MATE European White Oak Kamas Residence Feat. ROCKPORT North American Black WalnutGolden State Suites Feat. AMITY European White Oak
Maintenance and Care Both engineered and solid hardwood floors require regular upkeep to stay in top condition. This includes regular sweeping or vacuuming to remove dirt and debris that can scratch the surface and occasional damp mopping with a cleaner designed for wood floors.
Solid hardwood floors may require more maintenance, mainly if installed in high-traffic areas. The ability to sand and refinish solid wood multiple times offers the opportunity to restore the floor’s original beauty after years of wear and tear.
Engineered wood, while generally easier to maintain due to its resistance to environmental changes, may need to be replaced sooner if the wear layer is damaged. However, higher-quality engineered wood with a thicker veneer can be refinished, extending its lifespan significantly.
Environmental Impact Both engineered and solid hardwood have their pros and cons in terms of environmental impact. Solid hardwood, especially from responsibly managed forests, can be a sustainable choice due to its natural, renewable material. However, producing solid wood flooring consumes more of the tree, which can lead to higher wastage. Engineered wood is designed to maximize the use of each tree, as the veneer is much thinner than a solid wood plank. This efficient use of resources makes engineered wood a more sustainable option in many cases. Additionally, many engineered wood products are now available with eco-friendly finishes and adhesives that reduce the emission of volatile organic compounds (VOCs), making them a healthier choice for indoor air quality.
Making the Right Choice Choosing between engineered and solid hardwood flooring ultimately comes down to understanding your space’s specific needs and weighing each option’s benefits and drawbacks. Solid hardwood offers timeless appeal, longevity, and the ability to be refinished multiple times, making it an excellent investment for the long-term. Engineered wood, with its enhanced stability, is ideal for environments where solid wood might not perform well.
By considering factors such as application requirements, environmental conditions, and maintenance preferences, you can select the flooring option that best suits your lifestyle and design goals. Whether you opt for the classic charm of solid hardwood or the modern versatility of engineered wood, both options offer beauty and value that can enhance the warmth and character of any space.
reSAWN’s Solid & Engineered Wood Flooring reSAWN TIMBER co. provides new and reclaimed wood products for architectural specifications for flooring. Our carefully curated offering includes modern finishes on reclaimed wood and newly harvested wood species. We provide only the highest quality materials milled to our exacting standards and finished in a way that enhances the natural beauty of the wood. Our extensive offering includes solid and engineered construction, wide plank flooring, and FSC®-Certified woods.
reSAWN’s North American Black Walnut features wide plank flooring that is prefinished and available in solid & engineered construction. All designs are available as FSC® upon request.
The North American White Oak flooring from reSAWN features wide plank wood flooring that is charred or prefinished, and available in solid & engineered construction. Our North American White Oak products are made using sustainably harvested domestic woods such as Rift & Quarter Sawn White Oak. All designs are available as FSC® upon request.
The European White Oak products from reSAWN feature wide plank flooring that is prefinished and available in engineered construction. The engineered material comes standard at 5/8” thick with a substantial 4 mm wear layer, or 3/4” thick with a full 5mm or 6 mm wear layer for a truly superior product. The 7” face width showcases the full character and grain pattern that European White Oak offers. Select products can be specified in both Herringbone and Chevron styles. All designs are available as FSC® upon request.
reSAWN offers antique reclaimed woods in solid & engineered construction for flooring. The unique beauty of antique wood is preserved & celebrated in this collection.
We specialize in meeting the needs of architects, designers, and contractors and providing superior service and product guidance in developing your specifications. Get in touch with us for your next project.
Climate is a diverse and beautiful factor that significantly influences building design. Elements such as temperature, humidity, wind, and precipitation shape a structure’s aesthetics, functionality, construction process, material choices, and longevity. With rising construction costs, even minor errors can significantly impact a project’s budget and timeline. Ensuring precise execution is particularly critical for exterior building materials that protect a structure from the natural elements. Field mockups for exterior wall assemblies are essential tools to verify material selection and construction techniques before the project begins.
What is Field Mockup? A mockup is typically a smaller-scale representation of the actual building, designed to mimic the building’s structure and construction. Field mockups are typically placed at or near the construction site. They provide a tangible, three-dimensional representation of a design, allowing architects, designers, contractors, and owners to assess functionality, aesthetics, and quality before full-scale production.
Why Use Field Mockups? A mockup is useful for evaluating the integration of construction systems and the performance of materials. Each structure and location are unique, and with countless building material options available, BIM or CAD detailing cannot address field-dependent variables as effectively as a full-scale field mockup for exterior wall systems. Moreover, when working with natural materials like wood, climate plays a large role in shaping how the wood weathers. Mockups help verify the material’s suitability for specific climatic conditions and ensure quality construction. By simulating real-world conditions, mockups deliver many benefits to the architects, contractors, owner, and stakeholders:
Weathering Observation: Monitor how materials weather over time.
Product Appearance: Evaluate the appearance of materials over a larger field.
Confident Material Specification: Ensure the chosen product suits the specific exterior conditions of the construction site.
Wood Movement Tolerance: Assess wood movement in the project-specific climate.
Ventilation & Drainage Effectiveness: Monitor the effectiveness of rear ventilation and drainage through assembly details (e.g., rainscreens).
Construction Best Practices: Serve as a teaching tool for trade partners, promoting efficient and accurate practices during constructions.
Stakeholder Review: Enable stakeholders to observe and assess the weathering process of materials and construction structures, helping to set expectations and facilitate stakeholder approval.
reSAWN’s Mockup Program At reSAWN TIMBER co., we are dedicated to delivering exceptional results and ensuring complete satisfaction. We offer a mockup program and always encourage our clients to take advantage of a field mockup. Certain reSAWN products require a field mockup prior to full ordering.
When possible, mock-ups should be installed well before materials are delivered to the project site (8-16 months in advance) to allow the materials to acclimate and weather according to the region’s climatic conditions.
If you are interested in learning more and seeing how our exterior cladding perform on your project site, please fill out this form, and a reSAWN representative, along with our technical team, will work with you directly to customize a field mockup best suited for your project.
Architectural design is constantly evolving, striving to integrate and find balance between aesthetic and functional elements. One of the key components gaining traction in modern facade design is the use of slats. Slats, typically used as walls, are wood panels installed parallel to each other and spaced to allow light and air to pass through. However, when combined with other adjacent materials, slats can also function as decorative enclosures.
Slats, or louvers, have become integral in contemporary architecture, offering a blend of visual appeal, energy efficiency, and environmental harmony. This article touches on the multifaceted role of slats in architectural facades, highlighting their benefits, applications, and the innovative ways architects utilize them.
Aesthetically Appealing and Visually Dynamic Slats offer an unparalleled aesthetic versatility that can transform the appearance of a building. They can be designed to fit various architectural styles—from minimalist modern to rustic traditional. The arrangement of slats can create dynamic patterns and shadows, adding depth and texture to a building’s exterior. Whether installed horizontally, vertically, or diagonally, slats can make a facade visually striking, breaking the monotony of plain surfaces.
Plus, slats can be customized to achieve different levels of transparency and opacity. This adaptability allows architects to play with light and shadow, creating a facade that changes appearance throughout the day. The interplay of sunlight with the slats can produce a living, breathing building exterior that interacts with its environment in a visually captivating manner.
Environmental and Energy Efficiency In addition to their aesthetic benefits, slats contribute significantly to a building’s environmental performance. They act as sunshades, controlling the amount of sunlight that enters a building. By reducing direct solar gain, slats help in minimizing the need for artificial cooling, thus lowering energy consumption. This passive cooling strategy is particularly beneficial in hot climates, where managing heat intake is crucial for maintaining comfortable indoor temperatures.
Slats can also be designed to facilitate natural ventilation. By allowing air to flow through the facade, they help in maintaining indoor air quality and reduces reliance on mechanical ventilation systems. This not only enhances the building’s energy efficiency but also promotes a healthier living environment for occupants.
Privacy Privacy is a critical consideration in architectural design, especially in urban settings where buildings are often closely spaced. Slats offer a practical solution for maintaining privacy without sacrificing light or ventilation. By strategically spacing and angling the slats, architects can prevent direct lines of sight into the building while still allowing natural light to permeate the interior.
The use of slats in architectural facade design epitomizes the blend of form and function that defines modern architecture. Their ability to enhance aesthetics, improve energy efficiency, provide privacy, and adapt to innovative applications makes them a valuable tool for architects. As architectural design continues to evolve, the role of slats in creating sustainable, functional, and visually engaging buildings is likely to expand, driving forward the future of urban landscapes. By embracing the potential of slats, architects can design buildings that are not only beautiful but also environmentally responsible and adaptable to the needs of their occupants.
Wood Slats from reSAWN TIMBER co. reSAWN TIMBER co. stands at the forefront of providing high-quality, wood slats that epitomize both beauty and durability. Our extensive range of products, from natural to modified woods, are crafted from sustainably sourced woods. Using modified wood products like Sylva, Abodo, Accoya, and Kebony for slats has revolutionized architectural design, offering enhanced durability and performance while maintaining the natural beauty of wood.
Each slat from reSAWN is meticulously designed to meet the highest standards of performance and aesthetics, ensuring that architects and builders can create facades that are visually stunning and built to last. With options in various wood species, finishes, textures, and configurations, reSAWN’s slats offer unparalleled versatility, allowing for creative and functional facade solutions that meet the demands of modern architecture. By choosing reSAWN TIMBER co. you are investing in products that enhance your building’s design while promoting sustainable building practices.
Coastal environments present a unique challenge for building materials. Constant exposure to salty air, high humidity, and intense sunlight can significantly degrade traditional construction materials. However, pre-finished wood has emerged as an excellent choice for facades in coastal applications, offering both durability and aesthetic appeal. This article speaks to the benefits of using factory-pre-finished wood for coastal homes, highlighting its durability, aesthetics, sustainability, and long-term cost-effectiveness.
Durability and Resistance to Elements One of the biggest benefits of pre-finished wood is its enhanced durability. Coastal areas are notorious for their harsh weather conditions, which include high winds, heavy rainfall, and exposure to saltwater. These factors can lead to rapid degradation of untreated wood, causing warping, rotting, and discoloration. Factory-finished wood, however, undergoes a meticulous treatment process, including sealing and staining, protecting the wood from the outside elements. These factory-applied finishes are designed to penetrate deeply into wood fibers, providing a barrier against moisture and UV rays. The additional layer of protection ensures that the wood retains its structural integrity and appearance over time, making it a reliable choice for coastal facades.
Low Maintenance Maintenance is crucial for any building material, especially in challenging environments. Pre-finished wood can significantly reduce the need for frequent upkeep. Selecting and applying high-quality finishes during manufacturing ensures the wood can withstand the rigors of coastal climates. This treatment reduces the need for frequent re-staining or sealing compared to untreated or site-finished wood. This translates to lower maintenance costs and less labor over the lifespan of the building. Additionally, pre-finished wood is less susceptible to issues like peeling, flaking, or blistering, which are common problems in high-moisture environments.
Aesthetic Versatility Aesthetics play a crucial role in the appeal of any building. The consistent quality of factory-applied finishes ensures that the color and texture remain uniform across the entire facade, providing a polished and cohesive appearance. The natural beauty of wood adds warmth and character to buildings, making it an attractive choice for coastal applications where blending with the natural environment is often desired.
Environmental Sustainability Sustainability is becoming an increasingly important factor in construction decisions. Many manufacturers adhere to stringent environmental standards, ensuring the wood is harvested sustainably, using environmentally friendly finishes, and processed to minimize environmental impact. Wood is a renewable resource that sequesters carbon dioxide, contributing to a reduction in greenhouse gases. The longevity and durability of pre-finished wood subsequently lead to fewer replacements and less frequent maintenance, further reducing its environmental footprint.
Enhanced Property Values High-quality materials like pre-finished wood cladding can significantly enhance a property’s value. The aesthetic appeal, durability, and low maintenance requirements of pre-finished wood facades make properties more attractive to potential buyers or tenants. Coastal properties, in particular, benefit from the added protection against harsh environmental conditions, ensuring that the building remains in excellent condition over time. Investing in pre-finished wood cladding for facades can provide a return on investment in property value and long-term cost savings.
As the building industry emphasizes sustainability, aesthetics, and longevity, pre-finished wood cladding offers a compelling option for those looking to enhance their coastal properties with a functional and visually appealing material. Pre-finished wood cladding delivers a harmonious blend of durability and design, ensuring the exterior facades remain stunning and resilient for years.
Here’s a collection of coastal projects that embody resilience and timeless beauty through the innovative use of reSAWN TIMBER co.’s prefinished wood cladding on their facades. The various species, sizes, shapes, and profiles enable unique architectural features and detailed craftsmanship. These projects highlight how prefinished wood enhances the aesthetic appeal of coastal homes and ensures long-lasting durability against harsh marine environments. Architects and builders create structures that look aesthetically pleasing while standing the test of time.
The Jo Residence The Jo Residence by Jacobsen Arquitetura is situated on the beaches of Guarujá, Brazil. To combat the region’s intense tropical climate, the architects strategically chose SAMITTO charred Accoya® exterior cladding. Accoya® modified wood undergoes an acetylation process, enhancing its stability and resistance to rot, making it well suited for the humid climate. The Shou Sugi Ban charred layer further strengthens its resilience, significantly improving resistance to moisture, fungi, and UV radiation.
Dune House Ryall Sheridan Architects chose to incorporate over 5,800 sq ft. of reSAWN’s charred Cypress on the exterior of the Dune House in Amagansett, NY. The oils in cypress’ heartwood make it one of the most durable woods when exposed to moisture conditions causing decay – a key advantage in moisture-rich coastal settings.
Atlantic Beach Project Designed by Martin Architects, this modern vacation home required a material that could withstand the outdoor elements of Montauk, NY. With over 5,000 sq. ft. of NIGIRI charred Accoya®, the property not only exudes elegance but also demonstrates remarkable stability. Accoya®’s exceptional resistance to rot makes it ideal for coastal environments like Montauk. Even in fluctuating climates with hot, humid summers and cold winters, Accoya® remains dimensionally stable. The Shou Sugi Ban charred layer further enhances this inherent stability, which acts as an additional shield against moisture, decay, and rot.
Architecture and design trends have evolved and expanded over centuries, yet some techniques stand the test of time. One such enduring method is Shou Sugi Ban, a traditional Japanese wood charring technique that has long captivated designers and architects worldwide.
The History and Philosophy of Shou Sugi Ban Originating in Japan in the 18th century, Shou Sugi Ban, also known as Yakisugi, is a wood preservation technique that chars the surface of dimensional lumber, such as cladding, to enhance its durability and aesthetic appeal. Historically, this technique was used to protect wooden buildings from weathering, pests, and fire. The process involves burning the wood, cooling it, cleaning off the soot, and finishing it with natural oils. The result is a strikingly beautiful, carbon-rich surface that is durable and resistant to decay.
The philosophy behind Shou Sugi Ban aligns with the Japanese aesthetic principle of wabi-sabi, which finds beauty in imperfection and transience. Wabi-sabi is an ancient Japanese worldview centered on accepting the imperfect and transient nature of all things. It values simplicity, asymmetry, and the natural processes of growth and decay. In the context of Shou Sugi Ban, this philosophy manifests through the charred wood’s unique textures and variations, highlighting the material’s raw and unrefined beauty.
The Science Behind Shou Sugi Ban Shou Sugi Ban is often viewed as a cultural relic, yet it is much more than just the simple technique of charring the exterior of wood. The charring process leads to the carbonization of surfaces, transforming the outer layer of wood into a protective layer.
Carbonization Limits Food Sources for Pests and Microorganisms
Fungal Resistance: The charring process creates a carbon layer that makes the wood less hospitable to fungi and other decay organisms. The high heat alters the organic compounds in the wood, making it more difficult for these organisms to break down the wood fibers.
Insect Deterrence: Termites and other wood-boring insects are less likely to infest charred wood. The carbonized surface is not only harder for these pests to penetrate and less appealing as a food source, thus preventing infestations that can significantly reduce the lifespan of untreated wood.
Carbon Layer Establishes a Barrier Against Nature’s Elements
Moisture Barrier: Charring the wood closes its pores, significantly reducing its ability to absorb water. This water-resistant barrier prevents common issues such as warping, swelling, and splitting caused by moisture infiltration and subsequent drying cycles.
UV Protection: The blackened, carbon-rich surface of charred wood absorbs significant UV radiation. This absorption prevents UV rays from penetrating deeper into the wood, which would otherwise cause photodegradation., causing the wood to become brittle and lose its structural integrity.
Fire Resistance: Shou Sugi Ban wood’s charred layer is inherently fire-resistant. This carbon layer acts as an insulator, slowing down the burning process and protecting the inner layers of the wood. This fire resistance enhances safety and means that the wood can last longer in environments where fire hazards are a concern.
Environmental Benefits of Shou Sugi Ban
Natural Preservation Method The charring process naturally preserves the wood without chemical treatments. By avoiding chemical preservatives, Shou Sugi Ban helps reduce the release of potentially harmful substances into the environment and minimizes human health risks.
Longevity and Sustainability Charred wood can last significantly longer than untreated wood, reducing the need for frequent replacements. This extended lifespan means fewer trees must be harvested, contributing to sustainable forest management and conservation efforts.
Reduced Maintenance compared to traditional wood treatments, Shou Sugi Ban wood requires minimal maintenance. The charring process significantly enhances the wood’s resistance to weathering, meaning it doesn’t need to be re-finished as often. This reduction in maintenance helps lower the overall environmental footprint, as fewer resources are used for upkeep.
Carbon Sequestration While the initial charring process involves burning, which releases some carbon dioxide, the overall lifecycle of Shou Sugi Ban wood can have a positive environmental impact. Trees absorb carbon dioxide from the atmosphere as they grow, and this carbon remains stored in the wood even after it is cut and used. By extending the life of wood products through charring, Shou Sugi Ban helps keep carbon sequestered for a longer period, which is beneficial in mitigating climate change.
Use of Natural Finishes In addition to the charring process, the finishes applied to Shou Sugi Ban wood are often natural oils and waxes, which are less harmful to the environment than synthetic chemicals. These natural finishes can enhance the wood’s appearance and durability without adding toxic elements to its surroundings.
Crafting State-of-the-Art Shou Sugi Ban Designs for Lasting Performance Shou Sugi Ban is more than just a wood treatment; it is a testament to natural materials’ enduring beauty and resilience. At reSAWN TIMBER co., we are proud to bring this ancient Japanese technique to modern design by offering high-performance products that are as functional as they are beautiful.
Our charring process is meticulously controlled to achieve various aesthetic effects, from a deep, uniform char to a lighter, brushed finish that reveals the wood’s natural grain. By experimenting with different wood species, charring techniques, and finishing processes, we are constantly expanding our product offerings and setting new trends in the industry. All of reSAWN’s charred products are made in the USA. We offer Sylva™, Accoya®, Kebony®, Western Red Cedar, and Cypress for exterior Shou Sugi Ban. For interior applications, we provide Sylva™, Accoya®, Kebony®, Western Red Cedar, Cypress, Reclaimed Hemlock, Western Hemlock, and European White Oak.
Experience the timeless elegance of Shou Sugi Ban with reSAWN TIMBER co., where tradition meets innovation, and craftsmanship meets modern design. Let us help you create spaces that are not only visually stunning but also built to last.
The ever-growing demands on our planet’s resources necessitate a shift towards sustainable practices. Reforestation, strategically planting trees in depleted areas, is a powerful solution. This multifaceted approach tackles environmental challenges, promotes human well-being, and preserves natural resources for future generations.
Reforestation goes beyond just planting trees. It’s a vital strategy that addresses land degradation, restores ecosystems, and combats climate change. Forests act as Earth’s natural carbon sinks, capturing vast amounts of carbon dioxide through photosynthesis. As these trees mature, their carbon storage capacity increases significantly. By actively replanting trees, we significantly increase the amount of carbon dioxide removed from the atmosphere, mitigating climate change on a global scale.
Forests are essential for a healthy planet. They filter the air we breathe and play a vital role in balancing ecosystems. Replanted trees develop extensive root systems that anchor the soil, preventing erosion and regulating water flow. These forests provide crucial habitat for diverse species, fostering rich biodiversity. This biodiversity creates a healthy environment where soil microorganisms can flourish, which is essential for nutrient cycling and overall soil health. Healthy soil, in turn, enhances the productivity of regenerating forests, creating a virtuous cycle that benefits the entire ecosystem.
Beyond the environmental advantages, reforestation efforts create opportunities for community engagement and sustainable development. The forestry industry offers a wide range of job opportunities, from arborists and loggers to researchers. Additionally, sustainable tree farming improves water quality, boosts agricultural productivity, and enhances resilience to natural disasters. These positive outcomes are a testament to the potential of reforestation to transform communities and create a brighter future.
reSAWN’s Efforts in Reforestation At reSAWN TIMBER co., environmental stewardship is a commitment that guides every step of our process. We recognize the vital role forests play in maintaining our planet’s health. This encompasses not just their ability to capture carbon while standing, but also the ongoing carbon storage offered by responsibly harvested wood products. In alignment with our dedication to environmental stewardship and sustainable forestry practices, we partnered with One Tree Planted, a non-profit dedicated to simplifying ecological action. Through tree planting initiatives, they collaborate with local communities and organizations to rejuvenate degraded forests, create jobs, and restore biodiversity habitats, aligning with the UN’s Sustainable Development Goals. One Tree Planted go beyond reforestation by advocating for hands-on involvement through volunteer events and educational resources. They aim to foster collaborative sustainability initiatives with businesses like ours to create lasting positive impacts on the planet.
With One Tree Planted, we’re contributing to planting trees in Appalachia, where we source our Sylva™ product line. We are dedicated to responsible forestry practices. We want to contribute to a more sustainable building industry, and ensure a greener future for all.
