2024: The year of Thermally Modified Wood
City U housing units in Bentonville, Arkansas ft Arbor Wood Pine Tongue & Groove. Over 500,000 linear feet of Arbor Wood Thermally Modified Wood was used in this project.
In the realm of construction materials, thermally modified wood is currently marking a pivotal moment in the industries of siding, decking, and architectural millwork. The rise of this innovative material is prompting a comprehensive evaluation of traditional preservation methods, such as kiln drying, pressure treatment with green chemicals, and other wood preservation techniques.
The Heartwood Haus combines monolithic Richlite cladding with Thermally Modified Arbor Wood Ash as soffit accents, fascia & siding.
Thermally modified wood distinguishes itself by undergoing a controlled heat treatment, a process that does not involve the use of harmful chemicals. In this transformative method, ash and pine are subjected to elevated temperatures, altering their molecular structure to enhance durability. This approach contrasts sharply with kiln drying, a common method that relies on heat to reduce moisture content in wood. While kiln drying addresses the issue of moisture, it does not confer the same structural enhancements achieved through thermal modification.
Comparatively, pressure-treated wood, often treated with green chemicals to resist decay and insects, is a staple in the construction industry. However, the environmental concerns associated with these chemicals have led to a search for alternatives. Thermally modified wood emerges as a compelling choice, offering resistance to decay and insects without compromising on environmental safety.
Thermally Modified Arbor Wood Co Ash provides seclusion & comfort as fencing & decking on this residence in Venice, CA.
The benefits of thermally modified wood are especially evident in siding applications. Unlike traditional siding materials, thermally modified wood showcases increased dimensional stability, making it less prone to warping or cracking. Kiln-dried and pressure-treated woods, while addressing some concerns, often fall short in delivering the same level of stability, leaving homeowners susceptible to ongoing maintenance and repairs.
In the realm of decking, where exposure to the elements is relentless, thermally modified wood demonstrates superior performance. Its heightened resistance to warping and insect damage proves this natural wood can be applicable in situations previously reserved for chemically treated options.
Architectural millwork, with its demand for both strength and aesthetic versatility, finds a natural ally in thermally modified wood. Compared to kiln-dried wood, which may retain some susceptibility to decay, and pressure-treated wood, which may pose environmental risks, thermally modified wood provides a balanced solution. Craftsmen appreciate the material's workability and stability, enabling them to create intricate designs without compromising on structural integrity.
Environmental considerations are paramount in the construction industry, prompting a reevaluation of traditional wood preservation methods. Thermally modified wood stands out as an environmentally friendly alternative, free from toxic chemicals and contributing to a reduced carbon footprint. In contrast, pressure-treated wood raises concerns about chemical leaching, impacting both the environment and human health.
As builders and homeowners increasingly prioritize sustainability, the rise of thermally modified wood is reshaping the construction landscape. The material's superior performance in siding, decking, and architectural millwork, coupled with its eco-friendly attributes, positions it as a frontrunner in the market. Kiln-dried and pressure-treated woods, while serving various purposes, now face competition from a wood preservation method that not only meets industry standards but also aligns with the growing demand for environmentally responsible construction materials. The story of thermally modified wood unfolds not just as a technological advancement but as a testament to the industry's commitment to a greener, more sustainable future.