DaylightMax® Vinyl Picture Replacement Window

With a narrow, contemporary frame the DaylightMax Picture window provides an expansive, unobstructed view and can create a custom configuration by combining with other window styles. You’ll have a window that is beautiful, durable and energy-efficient.

Virtually endless glass options, grid patterns and styles
Streamlined exterior design provides a sleek appearance
A beautifully symmetrical design created to replace aluminum windows

OVERVIEW
Simonton DaylightMax
Simonton DaylightMax™ windows offer less frame and more glass than most replacement windows. The unique frame design provides maximum energy efficiency that far outperforms ENERGY STAR® standards and helps you reduce your heating and cooling costs.

Advanced glass packages are available for maximum efficiency
Available with Decorum® exterior colors, hardware finishes and a wide selection of decorative glass options
A narrow frame and wider viewing area provides up to 40% more daylight than wide-frame windows
Choose from a complete selection of styles, including a Patio Door and Hinged Patio Door

All features and options not available on all styles

Styles Available in the DaylightMax Series

Double-Lifetime Limited Warranty
We know buying windows is a big investment. An investment you want protected. That’s why we back all Simonton DaylightMax™ windows and doors with a comprehensive warranty covering vinyl, hardware, screens, and insulating glass units. The warranty also includes labor and a Lifetime Glass Breakage Warranty

ENERGY STAR

Simonton windows and doors can be ordered to meet ENERGY STAR guidelines for any region of the country. So, now matter where you live, you can get energy-efficient windows and patio doors. All of which helps reduce your heating and cooling costs and meet guidelines set by the EPA and US Department of Energy.

AAMA Gold Certification

Thanks to AAMA Gold Certification, you can be sure Simonton windows and doors meet the highest performance standards for air and water infiltration resistance, structural integrity and forced entrys.