Biophilic Design

Thermally Modified Pine Accent Wall | MN Power Building, Duluth MN
Photo Courtesy of Arbor Wood Co.

Biophilic design is a burgeoning architectural concept that seeks to reconnect people with nature in their built environments. By incorporating natural elements and materials, this design approach aims to improve the well-being and productivity of occupants while promoting environmental sustainability. Three innovative materials, Richlite, Arbor Wood, and Plyboo, are gaining prominence for their role in enhancing biophilic design. In this article, we will explore the unique attributes of these materials and how they contribute to enhancing biophilic spaces.

Richlite: A Sustainable Gem

Richlite is a paper-based composite material that possesses remarkable environmental and aesthetic qualities, making it a prime choice for biophilic design. Made from layers of paper and phenolic resin, Richlite is durable, versatile, and can mimic the look of natural wood or stone, providing a seamless connection to nature.

Sustainability: Richlite’s primary raw material: paper, is derived from FSC managed forests and post-consumer recycled sources. This ensures that the material is not only eco-friendly but also contributes to the preservation of natural habitats.

Versatility: Richlite can be used in various applications, including countertops, wall cladding, furniture, and flooring. Its adaptability allows designers to infuse biophilic elements into virtually any interior or exterior space.

Aesthetic Appeal: The texture and appearance of Richlite closely resemble natural wood, making it an ideal choice for creating warm and inviting biophilic interiors. Its color range and finishes offer designers endless creative possibilities.

Arbor Wood: Embracing Nature’s Weathering

Arbor Wood is a thermally modified wood product that undergoes a controlled heating process to enhance its durability and aesthetic appeal. This material celebrates the beauty of wood while harnessing its natural resilience.

Durability: Arbor Wood is highly resistant to rot, decay, and insect infestations. This durability ensures that structures incorporating Arbor Wood can withstand the test of time, aligning with biophilic design's focus on long-lasting natural materials.

Weathered Aesthetic: The thermal modification process gives Arbor Wood a weathered appearance reminiscent of aged wood. This lends a sense of history and timelessness to biophilic spaces, creating a connection to the natural world.

Low Maintenance: Unlike some natural woods, Arbor Wood requires minimal maintenance. Its weather-resistant properties mean it doesn't need regular treatments, reducing the environmental impact associated with ongoing maintenance.

Plyboo: Bamboo's Biophilic Charm

Plyboo is an innovative material made from bamboo that perfectly embodies the principles of biophilic design. Bamboo is a fast-growing and renewable resource, and when transformed into Plyboo, it opens up a world of possibilities for sustainable and nature-inspired design.

Sustainability: Bamboo grows rapidly, making it one of the most sustainable building materials available. Plyboo maximizes bamboo's potential by creating sheets of bamboo plywood that can be used for various applications, from flooring to cabinetry.

Aesthetic Beauty: Plyboo's natural grain and color variations add warmth and character to biophilic spaces. Its linear patterns and organic textures mimic the beauty found in nature, helping create a serene and calming environment.

Adaptability: Plyboo is a versatile material that can be used for both structural and decorative purposes. It seamlessly integrates into biophilic design, allowing architects and designers to explore their creativity while adhering to sustainable principles.

Biophilic design seeks to bridge the gap between the built environment and nature, promoting well-being, sustainability, and a sense of harmony. Richlite, Arbor Wood, and Plyboo are materials that align perfectly with this design philosophy. They offer a blend of sustainability, durability, aesthetics, and versatility that enrich biophilic spaces, creating environments that are not only beautiful but also nurturing for the occupants and the planet. As architects and designers continue to embrace these materials, the future of biophilic design looks even more promising.