Wood Façade Systems for Data Centers

As data centers expand to support cloud computing, artificial intelligence, and digital infrastructure, their exterior systems are under greater scrutiny. Owners, architects, contractors, and municipalities are evaluating façade materials not only for appearance, but for durability, fire compliance, constructability, embodied carbon, and long-term envelope performance.

As the industry continues to explore mass timber and hybrid structural systems, wood façade assemblies represent an immediate and scalable opportunity within data center construction. Integrated within high-performance wall assemblies, solid wood cladding can support carbon-conscious design goals while delivering durability, architectural refinement, and long-term envelope performance when properly specified and detailed.

As an approved AIA CES Provider, reSAWN TIMBER co. is excited to offer a two-part series about specifying exterior wood cladding. reSAWN examines the sustainable, performance, and aesthetic benefits and innovations that have made exterior wood cladding an ideal material for architectural specifications. After the two-part series is completed, each attendee will receive a total of 2 (two) LU|HSW credits in addition to certificates of completion.

reSAWN TIMBER co. provides new and reclaimed wood products for architectural specifications for flooring, interior wall cladding, ceilings, exterior siding, roofing, and custom millwork.

Our carefully curated offering includes award-winning shou sugi ban charred woods, reclaimed woods, newly harvested American wood species, and European Oak.  We provide only the highest quality materials milled to exacting standards and finished in a way that enhances the natural beauty of the wood. Our extensive offering includes wide plank flooring and FSC® Certified woods.

We specialize in meeting the needs of architects, designers, and contractors, and provide superior service and guidance in developing your specifications.  Our products can assist you in achieving your project goals in aesthetic, performance, and sustainability.