From entrances and framing systems to windows and curtain wall systems.
DCI Signs & Awnings Architectural Sunshades are strong and versatile solutions for reducing energy demand-conserving valuable natural resources.
From entrances and framing systems to windows and curtain wall systems, DCI Signs & Awnings’ Architectural Sunshades are strong and versatile solutions for reducing energy demand and environmental impact—conserving valuable natural resources.
DCI’s sunshade louvers are smart, economical, and add an attractive design element to any building. Our sunshades are engineered to reduce solar impact while still allowing sunlight to illuminate an interior space, making it bright and welcoming.
With custom in-house design options, build and engineering capabilities, and numerous blade shapes, blade spacings, and trim profiles, our sunshades can be designed to suit your specific project requirements and are pre-engineered for most wall conditions.
From entrances and framing systems to windows and curtain wall systems.
DCI Signs & Awnings Architectural Sunshades are strong and versatile solutions for reducing energy demand-conserving valuable natural resources.
With custom in-house design build options, engineering capabilities and numerous blade shapes, blade spacings and trim profiles, our sunshades can be designed to suit your specific project requirements.
Hanger Rod and Cantilever Architectural Sunshades provide a smart, economical and attractive design element to any building. Sunshades are engineered to reduce solar impact while still allowing sunlight to illuminate an interior space making it bright and welcoming.
Each sunshade we produce, every element we design is thoughtfully developed, fabricated, and installed for your specific needs. After all, your sunshade is a direct extension of your sign and brand.
Office Buildings
Shopping Centers
Schools
Storefronts
Residential Buildings
Walkways
Need the specifics? Download and review our resources to see how our sunshades/canopies can improve your project and architecture.