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12 Aug

Exploring the Rich Palette of Sylva™: A Guide to Choosing the Perfect Cladding

By Nicole Meehan In Featured In The News, In the Field, Inspiring Designs, Interior Cladding, New Products, Product Updates, Sylva, Thermally Modified Wood, Wood University /   No Comments

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 latest Sylva™ product line embodies this philosophy, offering a diverse palette designed to enhance both exterior and interior spaces.

A Spectrum of Possibilities
The Sylva collection features 13 distinct 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. This versatility ensures that whether you’re designing a modern urban facade or a cozy interior retreat, there’s a Sylva product to meet aesthetic needs.

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 in the Sylva line can influence feelings and perceptions:

ardmore thermally modified north american red oak shou sugi ban

ARDMORE combines soft brown and cool gray hues, evoking the tranquility of natural stone. Its distinctive grain pattern brings a sense of organic vitality, complementing both modern and classic aesthetics.

DOYLE thermally modified north american red oak shou sugi ban

DOYLE features an earthy charcoal gray with soft brown undertones, exuding rustic charm that complements both minimalist and industrial design schemes. The subtly pronounced grain adds texture and depth without overwhelming the monochromatic tone.

MERION thermally modified north american red oak shou sugi ban

MERION’s charred exterior reveals subtle red undertones, infusing the wood with depth and warmth. The contrast between the dark base and rich hues creates a captivating visual experience, while the natural grain peeking through the char adds character and dimension.

MONROE thermally modified north american red oak shou sugi ban

MONROE offers a deep charcoal, nearly black tone. While the grain is visible, the subtle texture makes it feel natural and inviting. This cladding is ideal for modern and minimalist spaces, creating a bold backdrop, or for rustic and urban interiors where a modern edge is desired.

SOLEBURY - Thermally Modified North American Red Oak Shou Sugi Ban

SOLEBURY’s charred finish delivers a dramatic, almost jet-black appearance. The wood’s natural grain, subtly revealed beneath the char, adds depth and character while maintaining a sleek, uniform look. This cladding exudes sophisticated, moody charm that enhances both indoor and outdoor spaces.

BEDFORD thermally modified north american red oak

BEDFORD exhibits a saturated brown hue complemented by subtle reddish-brown undertones, creating a rich and complex tonal palette. The variation in shades, from darker auburn areas to lighter amber highlights, adds textural quality and visual interest.

Devon thermally modified north american red oak

DEVON showcases a dramatic palette of smokey gray infused with undertones of espresso brown. Accents of maroon and olive add complexity to the monolithic appearance, while the highlighted grain provides a striking textural contrast.

DUBLIN thermally modified north american red oak

DUBLIN offers an amber brown hue with subtle variations in shade, creating a warm, inviting quality that enhances its natural aesthetic. The overall color grounds and substantiates architectural designs, providing warmth and solidity.

ELK Thermally Modified Red Oak

ELK carries the most original look of the red oak, it is a versatile and understated material that enhances any architectural design. Its clean lines, umber tones, and consistent grain pattern create a timeless aesthetic, while its natural warmth adds a layer of comfort. The neutral color palette allows for seamless integration into a wide range of styles.

GALENA thermally modified north american red oak

GALENA features muted, silvery-gray tones that evoke weathered elegance, with subtle undertones of red and brown within the grain pattern, adding depth and warmth. The delicate grain patterns create a visual rhythm that is both calming and inviting.

MONDARA (12 Month) - Sylva Thermally Modified Red Oak

MONDARA offers a unique and dynamic aesthetic with its SiOO:X finish. The finish interacts with the local climate, gradually darkening the wood to a mid-gray patina. This adaptive process creates a timeless and individualized look, adding depth and character to any exterior.

RADNOR thermally modified north american red oak

RADNOR’s light brown tones, subtly warmed by golden undertones, exude a sense of rusticity and comfort. The cladding’s weathered aesthetic evokes a nostalgic charm that’s both inviting and enduring. Its patinated finish suggests a rich history, making RADNOR a coveted choice for those seeking a touch of vintage elegance in their modern spaces.

WAYNE thermally modified north american red oak

WAYNE is primarily a deep, reddish-brown tone with subtle undertones of amber and mahogany. The grain patterns introduce lighter streaks, creating a dynamic interplay between light and dark. The earthy tones and natural aging process of the wood enable a building to blend seamlessly with its environment.

Practical Tips for Selection
For architects, builders, and designers, choosing the right cladding tones involves more than just picking colors—it’s about understanding how they will affect the overall design and atmosphere of a space. Here are some tips:

  • Consider the Mood: Choose tones based on the desired mood of the space. Warm tones for comfort, cool tones for calm, and dark tones for drama.
  • Match with Architecture: Align the color palette with the architectural style to create a cohesive look.
  • Think About Light: Test how different shades look under various lighting conditions to ensure they meet your vision.

The Sylva collection offers a rich array of colors and tones 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. Order samples or contact us to request your samples today, and find the perfect match for your next project.

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16 Apr

Embracing the Natural Evolution of SiOO:X Wood Protection: A Journey to Timeless Gray Tones

By Jocelyn Mahan In Abodo Vulcan Slats, ABODO Wood, Exterior Cladding, In the Field, Inspiring Designs, Low Maintenance Finishes, Maintenance, Sylva, Thermally Modified Wood, Wood University /   No Comments

Natural wood possesses inherent beauty and is frequently incorporated into construction designs for its aesthetic appeal. However, wood is a natural material susceptible to degradation due to climatic elements, moisture, and UV rays. To preserve natural wood’s integrity and longevity, the application of a protective topcoat is a standard practice for all timber building materials.

In the realm of wood protection, SiOO:X stands out as a revolutionary solution that provides timber with a long-lasting shield against the outside elements and delivers a captivating aesthetic transformation over time. Unlike conventional wood treatments that create a protective seal on the surface, SiOO:X penetrates deep into the wood fibers, forming a shield that enhances the durability and longevity from within.

SiOO:X leverages the natural environment and wood’s characteristics to gradually cure wood over one to three years. This unique curing process results in a protection system that imitates wood’s natural protective layer. The curing process also triggers a gradual color transformation within a short timeframe, mimicking the authentic weathering effect seen in natural wood.

Twin Gables Feat. SiOO:X Abodo Vulcan Cladding

Curing with Nature
SiOO:X is crafted to work with nature. The curing process is intricately tied to the specific climatic environment where the wood cladding resides. The rate of change is often attributed environmental factors. Sunlight, rain, wind, and humidity are all factors that could affect the curing process*. Surfaces shielded from direct sunlight and harsh weather conditions, such as soffits or non-exposed walls, may undergo a slower rate of curing and color evolution. In contrast, the cladding that is fully exposed experiences more significant fluctuations.

Understanding the Curing Process
SiOO:X Wood Protector holds a unique silicon and potassium formulation that reacts with moisture and carbon dioxide. This chemical reaction forms a protective barrier within the timber. SiOO:X’s chemical reaction can occur independently of sunlight, ensuring consistent and reliable performance regardless of weather conditions over time. It creates a long-lasting shield against moisture, and UV rays.

The Evolution of Color
As the curing process progresses, the timber undergoes a remarkable transformation of color. The wood starts out in its natural coloration before gradually transitioning to a light whitewash tone, typically within six – twelve months of application. This initial phase represents the activation of SiOO:X’s protective properties that penetrate deep into the wood fibers. The timber gradually darkens to mid-gray ‘weathered’ tones, acquiring a timeless patina that adds depth and character to the wood surface. Exposed surfaces may undergo a more rapid color evolution than non-exposed walls. However, despite the differences in the rate of color evolution, the aesthetic outcome will be consistent across all surfaces over time.

Advantages Over Traditional Coatings
SiOO:X’s natural curing process offers several advantages over traditional coatings, particularly when it comes to durability, aesthetics, and environmental sustainability. Conventional wood protector coatings’ efficiency diminishes over time with exposure to the sun, leading to fade in color and less protection against wear and tear. On the contrary, SiOO:X works with the environment and delivers a natural color evolution. Wood treated with SiOO:X offers long-lasting protection and reduces the need for frequent reapplications, which conserves resources and reduces maintenance costs.

An Eco-Conscious Formula
With a clear focus on sustainability and eco-friendliness, SiOO:X is engineered with no VOC (volatile organic compound) formulation. It minimizes environmental impact while ensuring safety for users and our planet. By enhancing the longevity of wood, the lifespan of wooden structures is extended, contributing to waste reduction in the long run. Unlike other wood treatments that may leach harmful chemicals into the soil or waterways, SiOO:X is biodegradable and poses no risk to ecosystems.

Bear Creek Residence Feat. SiOO:X Abodo Vulcan Cladding

Embracing the Natural Beauty of SiOO:X Wood Protection
SiOO:X represents a paradigm shift in wood protection, offering a sustainable and aesthetically pleasing alternative to traditional coatings. By embracing the natural weathering process, SiOO:X celebrates the inherent beauty of wood while ensuring long-lasting protection against the surrounding elements.

Currently, reSAWN offers two thermally modified wood products with the SiOO:X wood protector: Abodo SiOO:X exterior cladding, and Sylva MONDARA exterior cladding. The thermal modification process improves the wood’s stability. When coated with SiOO:X, modified wood becomes exceptionally resilient, capable of withstanding the harshest conditions while maintaining its natural charm. SiOO:X offers robust protection that enhances the inherent qualities of thermally modified wood. Together, they create a synergy that results in stunning exterior cladding.

Whether used in commercial or residential projects, reSAWN’s SiOO:X products offer unmatched longevity, sustainability, and aesthetic appeal, setting a new standard in modern wood protection.

*In case of problems with black spores the SiOO:X system creates a barrier that prevents algae and spores from penetrating the wood. Because SiOO:X does not contain any strong toxins it cannot prevent black spores from settling on the surface. Periods of rain or damp weather are especially favorable for these airborne spores, which can often be found on wood surfaces that are in the shade or exposed to the weather. Black spores need nutrients to grow and they get these from natural sugars in the wood. These substances are leached out of the wood in the first 1–4 years. The presence of black spores also decreases as the SiOO:X silicon shield matures and gets stronger. For a full Care & Maintenance Guide, click here.

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08 Mar

Positive Impacts of Utilizing Wood in Commercial Projects

By Blake Huang In Exterior Cladding, Flooring, In the Field, Inspiring Designs, Interior Cladding, New Products, Sylva, Thermally Modified Wood, Wood University /   No Comments

In light of climate change, there is a pressing need for everyone around the world to shoulder the responsibility to implement changes across various aspects of our lives, spanning from food consumption and transportation to energy systems and even our approach to construction. The demand for essential infrastructure continues to surge at record rates. To meet economic needs without jeopardizing the environment, the solution lies in using natural materials. 

Wood, as one of our most traditional and natural construction materials, plays a pivotal role in both balancing and removing greenhouse gasses from the environment. Since their inception, trees have been integral to the ongoing process of removing greenhouse gasses by absorbing carbon from the atmosphere. This carbon is stored within their structure throughout their lifecycle, even after they are harvested and transformed into building materials, thereby continuing to contribute to carbon retention and storage. 

By leveraging wood’s natural properties, timber is less carbon-intensive to manufacture compared to cement and steel. According to ARUP’s report, Rethinking Timber Building, cement production accounted for approximately 8% of global carbon dioxide emissions, while the iron and steel industry accounted for 6-7%. With the significant carbon footprint associated with cement and steel production, timber emerges as an increasingly compelling alternative.

Timber stands out as a renewable resource with ideal characteristics for construction materials. Beyond its role as a carbon sink, its tensile and compressive strength fortify building structures with enduring durability. The cellular structure of wood, consisting of strong fibers and a matrix of lignin, provides natural strength and flexibility. This composition allows the wood to bear significant loads and resist deformation. 

UW-Platteville-reed-hemlock-inteiror-wall-cladding-Rev-Slider
University of Wisconsin Platteville Sesquicentennial Hall feat. REED Reclaimed Hemlock Wall and Ceiling Cladding

Though exterior applications like cladding may render wood vulnerable in certain environments, ongoing investments and advancements in preservation techniques, including thermal and chemical modifications, have bolstered its reliability as a sustainable building material over the years. Given the paramount importance of employing safe and dependable building materials for commercial projects, there remains a steadfast commitment to this cause. Simultaneously, the burgeoning emphasis on the health and comfort of occupants continues to garner increasing attention and significance in the construction industry.

When considering indoor health and comfort, the availability of natural materials is known to reduce occupant stress levels and heightened positive responses. Natural materials such as wood play a pivotal role in fostering biophilic design within commercial projects, integrating natural elements seamlessly into the built environment. A biophilic design approach in interior space enhances cognitive function and elevates mood and productivity for occupants. The warmth and organic qualities of wood create a welcoming and comfortable atmosphere, evoking human’s natural sense of connection to nature. 

In addition to psychological well-being and comfort, natural materials help maintain better indoor air quality. Certain synthetic materials may release volatile organic compounds (VOCs) into the air. VOCs are chemicals that can evaporate into the air, contributing to indoor air pollution and potential health hazards. Opting for wood in construction and furnishing choices enhances the ambiance and aesthetic appeal of spaces and supports a healthier indoor environment by minimizing the emission of harmful chemicals. Incorporating wood into a biophilic design can fulfill green building certification criteria due to its inherent environmental benefits.

Vitus-Project-featuring-mate-european-white-oak-flooring-2
Vitus Project feat. MATE European White Oak Flooring

Wood is renowned for its durability as a building material, often enduring for over a century when properly maintained. Nevertheless, as with all materials, there comes a point when wood reaches its end-of-life. When this moment arrives, the options for its disposal extend far beyond mere waste. The common options typically encompass disassembly, adaptation, and reuse, ensuring the longevity of wood as a building material while minimizing its environmental footprint and contributing to a more sustainable future. Through thoughtful practices, wood can continue to contribute to sustainable construction and design, embodying the principles of environmental stewardship and resource efficiency.

Wood isn’t just a conventional building material; it plays a vital role in advancing sustainability in construction. Wood stands as one of the most organic building materials, exhibiting reduced carbon intensity in manufacturing when compared to synthetic alternatives. Its inherent characteristics, including carbon sequestration throughout its lifecycle, remarkable durability, and renewable nature, wood emerges as a key player in environmentally friendly building practices. As we navigate the future of construction, prioritizing wood in commercial projects will continuously make positive impacts on our environment. 

reSAWN TIMBER co.’s Sylva™ thermally modified product line presents domestically sourced and manufactured wood cladding suitable for both interior and exterior applications, providing environmentally friendly options with a minimal carbon footprint. Thermally modified wood further enhances the wood’s structure, transforming the wood into a material with improved durability, stability, and aesthetic qualities. Selecting a product that is both locally sourced and modified reflects a commitment to mitigating climate change and endorsing sustainable design for future buildings. 

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02 Feb

Sylva™: A Versatile Cladding Solution

By Jocelyn Mahan In Exterior Cladding, In the Field, Inspiring Designs, Interior Cladding, Low Maintenance Finishes, New Products, Sylva, Thermally Modified Wood, Wood University /  1 No Comments

Wood remains a prominent choice in modern architecture and design, and stands out as a leading building material. Given its natural and biodegradable characteristics, debates frequently arise regarding its longevity. As a result, manufacturers of building materials are continually engaging in exploration and innovation to meet evolving demands and preferences. They strive to enhance and discover sustainable solutions, with modified wood emerging as a forefront choice in this endeavor. reSAWN TIMBER co.’s Sylva™ product line is designed with functional and sustainable attributes in mind. This article explores the unique qualities and benefits that make this material a standout choice for various architectural projects.

Lower Embodied Carbon: Domestic Species & Sustainably Sourced
Currently, Sylva consists of locally harvested, FSC®-Certified North American Red Oak. FSC certification ensures that the Sylva product line comes from forests where responsible and sustainable forest management practices are implemented. This includes considerations for biodiversity, ecosystem health, and the rights of local communities. The distance between its harvesting and manufacturing locations is less than three hours, leading to a significant reduction in carbon emissions. Harvesting wood locally reduces the carbon footprint associated with transportation, contributing to an eco-friendly building process. By sourcing materials regionally, builders and architects can support local economies and reduce the environmental impact of their projects.

Natural Aesthetic
One of the most striking features of North American Red Oak is its gorgeous red undertone that delivers a rich and distinctive appearance. The thermal modification process enhances the coloration and boosts the wood’s natural beauty, giving it a warm and elegant aesthetic. One notable aspect of Red Oak is its variability in color, even timber sourced from the same tree can showcase varying shades. This inherent diversity in color lends itself to creating a versatile design, imbuing surfaces with visual depth, complexity, and an added touch of sophistication. The material can be used to seamlessly blend with a variety of design styles, from traditional to modern, making it a multifaceted choice for architects and designers seeking a timeless and visually appealing solution.

Thermally Modified Process
The thermal modification process involves exposing the Red Oak to high temperatures in a controlled environment, altering its chemical composition. This process enhances the wood’s durability, stability, and resistance to decay. As a result, thermally modified Red Oak cladding offers a longer lifespan and requires less maintenance when compared to unfinished wood.

Resistance to Decay
One of the primary concerns with wood cladding is its susceptibility to rot and decay. Thermally modified Red Oak addresses these concerns by becoming highly resistant to decay through the thermal modification process. The high temperatures cause chemical changes in the wood, leading to the modification of its cellular structure. Hemicellulose, one of the wood’s components, is permanently affected. The breakdown of hemicellulose reduces the wood’s ability to absorb and retain water, making it less susceptible to decay. This resistance ensures that the cladding remains durable and maintains its original quality, even in challenging outdoor environments.

Stability and Dimensional Consistency
The thermal modification process not only enhances the wood’s visual appeal but also improves its stability. The timber experiences chemical modification during the process that significantly reduces the timber’s susceptibility to absorb moisture and swell, resulting in a more dimensionally stable material. This stability is crucial in ensuring that the cladding maintains its structural integrity over time, even in varying environmental conditions.

Ease of Maintenance
Sylva requires minimal maintenance when compared to unfinished wood cladding. Its enhanced durability and resistance to decay means that it can withstand the elements without deteriorating. This not only saves time and effort for property owners but also contributes to the material’s longevity and cost-effectiveness.

Wide Range of Color Selection
The Sylva product line includes 13 products, with 5 featuring the Shou Sugi Ban technique during manufacturing. The base color of thermally modified red oak provides a versatile foundation for creating finishes in a wide range of rich tones. The colors range from browns to greys, to Shou Sugi Ban black. These products are suitable for both exterior and interior applications. The carefully chosen color palette was designed with precision to effortlessly blend the wood aesthetics both inside and outside, cultivating an environment that promotes a consistent and harmonious wood-themed aesthetic throughout the entire space.

The versatility and benefits of locally harvested thermally modified wood cladding make Sylva a compelling choice for architects, designers, builders, and even homeowners committed to sustainability and quality. From its sustainable sourcing practices, meticulously managed thermal modification process, and enhanced aesthetic appeal and durability, this material offers a harmonious blend of form and function. As the construction industry continues to prioritize eco-friendly and resilient solutions, Sylva cladding stands out as a reliable and aesthetically pleasing option for various architectural applications.

Contact us to connect with a reSAWN TIMBER co. specification consultant and explore the opportunities for incorporating Sylva™ Thermally Modified Red Oak into your next project.

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