Renewal by Andersen® windows are made from Fibrex® material, an Andersen-exclusive composite that features the strength and stability of wood with the low-maintenance benefits of vinyl. Our windows are designed for energy efficiency, durability, beauty and minimal maintenance.
Discover the benefits you can get by investing in our windows in this post.
Fibrex material has excellent thermal insulating properties, helping your home stay warmer in winter and cooler in summer. Since your heating and cooling system doesn’t need to work as hard, you’ll get significant savings in energy costs.
Our different glass options also offer unique benefits for heating, cooling, visible light transfer and UV reduction. When combined with our expert installation, you’ll have replacement windows that will help you save on energy and increase your home’s appeal, no matter your climate.
Strength and Durability
Because Fibrex is twice as strong as vinyl, its weathertight seals remain weathertight. It’s durable enough to withstand the harshest temperature changes. This material found in Renewal by Andersen windows and doors maintains its stability and rigidity in all climates.
Fibrex is strong enough to have narrower frames and with narrower frames, you’ll get more glass and view. The extrusion process lets us create windows in any shape to match your home’s architectural style. This process also integrates color into the material, giving you a wide selection of long-lasting colors to choose from. It includes dark exterior colors, which aren’t normally available in most replacement windows.
Our windows are warranted not to flake, rust, blister, pit or corrode. They are also designed to last for years and remain operable even after 20 years post-installation.
Choose Renewal by Andersen of Kansas City for your next home improvement project. We are the leading local provider of energy-efficient windows and doors. Call us at (913) 385-1300 or fill out our online form to schedule a free in-home consultation. We serve homeowners in Kansas City.