When choosing windows for your home, finding a brand that combines aesthetics, durability, and energy efficiency is paramount. Andersen Windows, a trusted name in the industry for over a century, is known for its top-quality windows tailored to meet the diverse needs of homeowners.

What Makes Andersen Windows So Energy Efficient?

1.Glass Options

Andersen provides a variety of glass options crafted to maximize energy efficiency. Low-E glass coatings are incorporated to reduce heat transfer, ensuring homes remain warmer during winter and cooler throughout summer.

2.Multi-Pane Design

Opt for windows featuring multiple panes, as they provide an extra layer of defense against temperature exchange. Andersen’s dual-pane and triple-pane windows elevate insulation levels, effectively minimizing energy wastage.

3.Insulating Frames

Select windows equipped with insulating frames, such as those crafted from Fibrex material, an innovative composite exclusive to Andersen. This unique blend combines the durability of wood with the low-maintenance advantages of vinyl, ensuring exceptional thermal insulation for your home.

4.Argon Gas Filling

Andersen’s energy-efficient windows frequently incorporate argon gas filling between the glass panes. This inert gas serves as an additional insulator, effectively reducing heat transfer.

Understanding ENERGY STAR Ratings

The ENERGY STAR program, backed by the government, identifies products that meet rigorous energy efficiency standards. Andersen’s ENERGY STAR certified windows undergo independent testing and verification, offering homeowners assurance of their energy-saving performance.

The glass packages utilized in these windows significantly surpass ordinary dual-pane glass in terms of energy efficiency, owing to their unique design and features. They incorporate a spectrally selective low-emissivity coating on both sides of the glass, effectively minimizing heat transfer. This specialized coating reflects solar heat away from the window during the summer while retaining interior heat during winter, thus enhancing overall thermal performance.