INTUS Insights

Learn how to spot suspicious payment requests, verify banking changes, and protect your organization from vendor impersonation and payment fraud.

Discover what hurricane season teaches us about resilient building envelope design, from wind and water resistance to high-performance windows, durability, and long-term building performance.

Discover how window frame materials affect thermal, structural, and acoustic performance—and why whole-window performance matters more than glazing values alone.

Discover why acoustic comfort matters in student housing and how high-performance windows and acoustic glazing can reduce exterior noise and create better environments for studying, sleeping, and living.

Learn why DP ratings matter in coastal and high-wind projects and how early coordination supports compliance, performance, and smoother delivery.

INTUS Windows joins the 2026 Inc. 5000, recognizing its growth and commitment to high-performance windows, doors, and building solutions.

Learn how wind load requirements influence window selection, design pressure ratings, and code compliance. Discover best practices for specifying high-performance windows for commercial and residential projects.

Peak hurricane season is approaching. Learn why high-performance windows, impact resistance, and proper window specification are essential for resilient, code-compliant buildings.

Discover INTUS Windows' AIA-accredited Lunch & Learn presentation covering window components, performance, thermal efficiency, glazing, frame systems, and specification best practices.

Learn how modern building codes address air leakage, why airtightness matters, and what architects should know about window performance, air barriers, and envelope compliance.

Learn why solar heat gain is one of the most important factors in building performance and how the right glazing and window systems improve comfort, reduce cooling loads, and lower energy use.

Discover how high-performance windows improve summer comfort by reducing solar heat gain, lowering cooling loads, and creating healthier, more energy-efficient buildings.