Why Choose RBA

Why Choose Renewal by Andersen® for Replacement Windows in Rochester, MN?

Homeowners across the country choose to work with Renewal by Andersen®, thanks to our top quality windows, strong warranties, and commitment to customer service. Constantly striving to create a better window, Renewal by Andersen utilizes materials like their exclusive Fibrex® frame material and High Performance™ Low-E4® SmartSun™ glass to ensure that homeowners receive beautiful, durable, energy efficient replacement windows in Rochester, MN and across the region.

 
Never Paint Again Thanks to Fibrex®

Renewal by Andersen’s® exclusive Fibrex® material lasts longer, looks better, and outperforms other window frames! Unlike older wood or vinyl windows, Fibrex® material never requires painting and will not crack, pit, corrode, or rot.* That means you’ll save both time and money on maintenance while enjoying your beautiful new windows.

Save on Monthly Energy Bills with a Better Window

High Performance™ Low-E4® SmartSun™ glass is 70% more energy efficient in summer and 45% more energy efficient in winter as compared to ordinary dual panel glass.** Thanks to this advanced glass material, Renewal by Andersen windows will help you save money on your energy bills.

Protect Your Investment with a Strong Warranty

Renewal by Andersen offers one of the strongest window and door replacement limited warranties you will find.* These warranties help to provide you peace of mind in knowing that your Rochester, MN windows and doors are fully protected.

FREE Estimate for Rochester, MN Area Homeowners

You can request a free window or door consultation and receive additional information about our products by calling 507-281-9634. Call today to schedule a free in-home consultation with our experienced window and door consultants.

*See the Renewal by Andersen® 20/2/10 limited warranty for details.

**Values are based on comparison of Renewal by Andersen® double-hung inserted window SHGC to the SHGC for clear dual pane glass non-metal frame default values from the 2006 and 2009 International Energy Conservation Code.