OUR PRODUCTS FOR COMMERCIAL PROJECTS
Open Web Pin Connected Trusses combine strength with accessibility—perfect for integrating HVAC, plumbing, and electrical systems without cutting or drilling. They enable faster builds and flexible design solutions for Commercial and Residential structures alike.
Plated Trusses are the ideal solution for sloped roof applications, offering exceptional versatility across a wide range of designs. Engineered for strength and efficiency, these trusses provide reliable structural support while allowing flexibility in layout and architectural style. Plated trusses deliver consistent performance.
I-Joists provide an outstanding strength-to-weight ratio, enabling longer spans while reducing material usage. Ideal for both Floor and Roof systems, they deliver consistent quality, straighter lines, and faster, more efficient installations. Commercial-Grade I-Joists offer enhanced strength and allow for even greater span capabilities, making them a reliable choice for demanding structural applications.
Multi-functional Glu-Lam Beams and Headers offer a cost-effective solution for framing structures without compromising strength or performance. Engineered for durability and design flexibility, Glu-Lams can be used in a variety of structural applications. They also create striking visual appeal when used in exposed truss designs.
Laminated Strand Lumber (LSL) is cost-effective and delivers consistent strength and stability for structural applications where precision matters. It resists warping and shrinking, making it a reliable choice for Headers, Beams, and Rim Boards.
EWSolutions supplies a complete line of structural Simpson Strong-Tie Hangers engineered for strength and ease of installation. Every component is designed to integrate seamlessly with Engineered Wood Systems for maximum stability and code compliance.
Laminated Veneer Lumber (LVL) provides uniform strength and reliability across every piece. Ideal for Beams, Headers, and Rim Boards, it ensures long-term performance and dimensional consistency under heavy loads.