Did you know that modern windows can reduce energy loss by up to 30%? When it comes to enhancing your home’s energy efficiency, selecting the best rated windows in Massachusetts is a smart move.
These high-performance windows help maintain your home’s temperature throughout the various seasons and significantly lower your energy bills. With advancements in technology, energy-efficient windows offer a practical solution to improving your living space and maximizing your home’s energy use. But what are the best rated windows in Massachusetts, as well as New England?
Let’s take a closer look at how to choose the best windows for your home and lifestyle.
The Best Rated Windows Have Low Air Infiltration Ratings
Are you experiencing energy loss through your windows? Do you feel a breeze in your home even with the windows shut? Drafty windows are a major source of energy loss. That’s why it’s important to pay attention to air infiltration ratings.
Air infiltration ratings are a key factor when evaluating the best rated windows in Massachusetts, as they directly influence your home’s thermal efficiency and comfort levels.
What is Air Infiltration?
Air infiltration is measured in cubic feet per minute (CFM) per square foot of window area. The best windows boast a rating as low as 0.1 CFM–significantly surpassing the Energy Star® requirement of no more than 0.3 CFM.
A lower air infiltration rating means that less outside air can enter through the windows. This efficiency helps you to maintain a consistent indoor temperature while lowering energy bills.
Benefits of Draft-Free Windows
With minimal air leakage, there’s a noticeable reduction in drafts, which enhances the overall comfort within your home. Not to mention, you can save a lot more energy by upgrading old and drafty windows to airtight replacement windows.
Dual and Triple Pane Glass
Are you looking to enhance your home’s thermal efficiency and comfort? Consider the benefits of dual and triple pane glass–a must-have feature of the best-rated windows in Massachusetts.
What is Dual Pane Glass?
Dual pane glass features two layers of glass separated by an air or gas space. This design significantly reduces heat transfer and noise, making your home more energy-efficient and peaceful.
What is Triple Pane Glass?
Triple pane glass adds an extra layer of glass, offering superior insulation compared to dual pane. It’s especially beneficial in extremely cold or noisy environments, optimizing both thermal and acoustic comfort.
Enjoy the Benefits of Dual or Triple Pane Windows
Most window brands don’t offer single pane windows any longer. That’s because dual and triple pane windows come with plenty of advantages, including:
- Superior insulation, helping to maintain consistent indoor temperatures year-round.
- Reduced energy consumption, as your heating and cooling systems don’t have to work as hard.
- Specifically for triple pane windows, multiple layers of glass effectively block external noise, creating a quieter and more serene home environment.
Choose Replacement Windows with Argon and Krypton Gases
Choosing the best rated windows often means considering the type of inert gas used between the panes. Argon and krypton gases are popular choices due to their superior insulating properties.
What is Argon Gas?
Argon is a colorless, odorless gas that is denser than air. It’s commonly used in dual pane windows as it significantly enhances thermal insulation by reducing heat transfer.
What is Krypton Gas?
Krypton is denser than argon and provides even better insulation. It is often used in triple pane windows, where the narrower space between the panes makes krypton an ideal choice for maximizing energy efficiency.
Both gases insulate your home, making your home feel warmer in the winter and cooler in the summer.
The Best Rated Windows Have a Low-E Application
What if we told you there is an invisible coating on your window’s glass panes that protects your home from UV rays? Low-E (low emissivity) coatings play a pivotal role in the performance of the best-rated windows, optimizing energy efficiency and comfort.
What is Low-E Coating?
Low-E is a microscopically thin, virtually invisible layer applied to the glass. It reflects infrared and ultraviolet light, keeping heat inside during winter and outside during summer while protecting your home from harmful UV rays.
What’s to Love About Low-E Replacement Windows?
- Temperature Regulation: Low-E coatings help maintain a consistent indoor temperature by reflecting interior heat back inside during the winter and blocking solar heat in the summer.
- Energy Savings: By minimizing heat transfer, these windows reduce the workload on your HVAC system, leading to lower energy bills.
- UV Protection: They protect your interior furnishings from fading due to exposure to ultraviolet light.
- Increased Comfort: Reducing heat transfer helps eliminate hot and cold spots in rooms, creating a more comfortable living environment.
The Best Rated Windows Require Professional Installation
Even the best rated windows won’t perform without expert installation. Here’s what to consider when you want to work with the top window contractors in Massachusetts.
Why Hire an Award-Winning Window Contractor Like Coastal Windows & Exteriors?
- Perfect Fit: Professional installers ensure that your windows are fitted precisely, which is vital for maintaining the integrity of their energy-saving features.
- Sealing Expertise: We know exactly how to seal and insulate around windows to prevent air leaks, further enhancing energy efficiency.
- Warranty Preservation: Coastal’s warranties provide plenty of peace of mind and coverage that includes products as well as craftsmanship and labor.
- Quick Installation: We have the process down pat to install windows quickly and efficiently, minimizing disruption to your home.
Choosing the right installer is as important as selecting the right window brands. Look for credentials such as EPA Lead-Safe certification, Energy Star® Partner of the Year, American Architectural Manufacturers Association certification, and positive customer window reviews.
