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Andersen Windows: A Leader in Quality and Innovation for Over a Century
September 01, 2024​
When it comes to window replacement or new construction, Andersen Windows is a name that consistently stands out. With over a century of innovation and commitment to quality, the brand has become synonymous with durable, high-performance windows that not only look great but also provide exceptional energy efficiency. This blog will take a closer look at Andersen Windows—its history, product offerings, technologies, and why homeowners and builders alike continue to choose them.
A Rich History of Craftsmanship
Andersen Windows was founded in 1903 by Danish immigrant Hans Andersen and his family in Hudson, Wisconsin. Originally, the company produced wooden window frames, and through the years, they introduced several industry-changing innovations, such as the assembly-line manufacturing process in the 1920s. This revolutionary shift allowed for faster production, making quality windows more accessible.
Today, Andersen has grown into one of the largest and most respected window manufacturers in North America, with a product line that offers a broad range of materials and styles to meet any architectural or aesthetic need.
Product Range: Solutions for Every Home
Andersen Windows offers a variety of window styles and materials, allowing homeowners to find the perfect match for their home’s design, climate, and personal preferences. Here's a breakdown of some of their most popular product lines:
1. Andersen A-Series
Materials: Wood with a fiberglass or composite exterior
Features: The A-Series is Andersen’s premium line, offering windows that combine the beauty of wood interiors with weather-resistant exteriors. These windows are available in a wide variety of styles, finishes, and glass options, making them ideal for both traditional and modern homes.
Best For: High-end homes, energy efficiency, and design flexibility.
2. Andersen 400 Series
Materials: Wood with a vinyl exterior
Features: The 400 Series is one of Andersen's best-selling lines, striking a balance between price, performance, and aesthetics. These windows are durable and energy-efficient while offering a classic wood interior that can be stained or painted to match your décor.
Best For: Mid-range budgets, durability, and aesthetic appeal.
3. Andersen 100 Series
Materials: Fibrex® composite material (a blend of wood fiber and thermoplastic polymer)
Features: The 100 Series is an affordable, environmentally friendly option, made with Fibrex®—a highly durable and sustainable material. These windows are low-maintenance and resist fading, peeling, and cracking.
Best For: Budget-conscious homeowners, sustainability, and modern aesthetics.
4. Andersen E-Series
Materials: Aluminum-clad wood
Features: The E-Series offers a high level of customization with options for unique shapes, colors, and hardware finishes. This series is particularly popular for modern and custom-built homes.
Best For: Customization, modern homes, and architectural uniqueness.
Innovative Technologies
Andersen’s commitment to innovation is evident in the advanced technologies they incorporate into their products. Here are a few notable features:
1. Fibrex® Material
One of Andersen's key innovations, Fibrex®, is a composite material that combines the strength and stability of wood with the low-maintenance advantages of vinyl. Fibrex® is more durable than vinyl and wood alone and is an eco-friendly choice since it uses reclaimed wood fiber.
2. SmartSun™ Glass
Energy efficiency is a critical consideration when choosing windows, and Andersen’s SmartSun™ glass is designed to help homeowners reduce their energy bills. This glass option blocks up to 95% of harmful UV rays while still allowing natural light to brighten the home.
3. HeatLock® Technology
For colder climates, Andersen offers HeatLock® glass coating, which reflects heat back into the room, improving thermal performance without affecting the clarity of the window.
4. TruScene® Insect Screens
Offering superior clarity, TruScene® screens are virtually invisible, providing a clearer view outside while still keeping insects at bay.
Sustainability and Environmental Stewardship
Andersen has long been committed to sustainability, using environmentally responsible practices throughout their manufacturing processes. Many of their windows are certified by ENERGY STAR® for their energy efficiency. In addition, their Fibrex® material helps reduce waste by using reclaimed wood fiber, while also offering superior durability, which means fewer windows end up in landfills over time. The company also focuses on reducing its carbon footprint by sourcing materials responsibly and operating energy-efficient manufacturing plants.
Why Choose Andersen Windows?
When considering window replacement or new construction, Andersen stands out for several key reasons:
Durability: Andersen windows are designed to last, with materials like Fibrex® that resist warping, fading, and cracking.
Energy Efficiency: With options like SmartSun™ glass and HeatLock® technology, Andersen windows can significantly reduce energy costs.
Design Flexibility: From the highly customizable E-Series to the budget-friendly 100 Series, Andersen has something for every style and budget.
Sustainability: Andersen is an industry leader in sustainable practices, from their manufacturing process to the materials they use.
Final Thoughts
For homeowners looking for high-quality, energy-efficient windows, Andersen is a brand that has stood the test of time. Their dedication to craftsmanship, innovation, and sustainability makes them a top choice for both new builds and window replacement projects.
Whether you’re searching for windows that offer energy savings, stunning designs, or long-term durability, Andersen Windows has a product line to meet your needs. With over 100 years of experience, you can trust that you’re investing in a product that will enhance your home for years to come.​
Simonton By CornerStone Building Brands
August 01, 2024
Simonton Windows, a subsidiary of Cornerstone Building Brands, offers a variety of vinyl window and door products known for their durability, energy efficiency, and low maintenance. Here's a general overview of their product offerings:
1. Double-Hung Windows: These windows feature two operable sashes, which slide vertically and tilt in for easy cleaning. They are a popular choice for classic styling and versatility.
2. Casement Windows: Hinged on the side, casement windows open outward with a crank, allowing maximum ventilation and unobstructed views.
3. Slider Windows: With one or more sliding panels, these windows offer a wide viewing area and are ideal for tight spaces where an outward-opening window isn’t feasible.
4. Bay and Bow Windows: These windows project outward, creating a focal point in any room. They offer expanded views and can be configured with multiple window types.
5. Picture Windows: These large, fixed-pane windows provide expansive views and allow plenty of natural light into the home.
6. Awning Windows: Hinged at the top, awning windows open outward, providing ventilation while keeping out the rain.
7. Garden Windows: These are designed to extend outwards, creating a mini-greenhouse that’s perfect for growing plants indoors.
8. Specialty Windows: Simonton offers custom shapes and sizes to fit unique architectural designs.
9. Patio Doors: Simonton’s patio doors are available in sliding and hinged styles, featuring energy-efficient glass and a variety of styles and finishes.
10. Energy Efficiency: Many Simonton windows come with options for Low-E glass, gas-filled panes, and other energy-saving features.
11. Warranty: Simonton provides a comprehensive warranty on their products, ensuring peace of mind for homeowners.
Simonton windows are often recognized for their quality construction, customization options, and robust warranties, making them a preferred choice for many homeowners and builders.
Milgard By Miters
July 01, 2024
Milgard by Miters is known for its high-quality window and door solutions. They offer a wide range of products designed to meet the needs of both residential and commercial customers. Here's an overview of what they have to offer:
Windows
1. Vinyl Windows
Durable and energy-efficient.
Available in a variety of styles including single-hung, double-hung, casement, and sliding windows.
Low maintenance and affordable.
2. Fiberglass Windows
Strong and long-lasting.
Excellent thermal performance.
Suitable for extreme weather conditions.
3. Aluminum Windows
Slim profiles for maximum glass area.
Durable and low maintenance.
Ideal for contemporary designs.
Doors
1. Sliding Patio Doors
Space-saving and easy to operate.
Available in vinyl, fiberglass, and aluminum.
Options for standard, French-style, and narrow frames.
2. French Doors
Classic design with wide door frames.
Can be configured to swing in or out.
Available in various materials including wood-clad, fiberglass, and vinyl.
3. Bi-Fold Moving Glass Walls
Create a seamless transition between indoor and outdoor spaces.
Customizable panel configurations.
Smooth operation and modern design.
4. Pocket Moving Glass Walls
Disappear into the wall pocket for an unobstructed view.
Great for maximizing living space.
Available in multiple panel configurations and materials.
Additional Features
Energy Efficiency: Milgard products are designed to improve energy efficiency, reducing heating and cooling costs.
Customization: A variety of colors, finishes, and hardware options to match any architectural style.
Warranty: Comprehensive warranties to ensure long-term satisfaction and peace of mind.
Professional Installation: Expert installation services to ensure optimal performance and longevity.
Milgard by Miters is committed to providing high-quality, durable, and aesthetically pleasing window and door solutions that enhance the comfort and value of homes and buildings.
Why is it Important to Install Energy Star Windows?
June 01, 2024
Installing Energy Star windows and patio doors offers numerous benefits that make them a wise investment for homeowners. Firstly, these windows and patio doors are designed to significantly reduce energy consumption by minimizing heat transfer, which can lead to lower heating and cooling bills over time. By improving insulation and reducing drafts, Energy Star windows and patio doors enhance indoor comfort, creating more consistent temperatures throughout the year. Additionally, they help reduce greenhouse gas emissions associated with energy production, contributing to environmental sustainability. Beyond the financial and environmental advantages, Energy Star windows and patio doors often boast high-quality materials and craftsmanship, resulting in durable and lifetime installations that can add value to properties. Overall, choosing Energy Star windows and patio doors not only saves money and energy but also promotes a more comfortable, eco-friendly living environment.
Determining the Right Time for Window and Door Replacement
May 01, 2024
Similar to various components within your household, your windows will inevitably need replacement over time. Keep an eye out for the following indicators and concerns to gauge when it might be appropriate to update the windows in your residence.
Is Your Home Cold in the Winter and Hot in the Summer?
If you find yourself constantly adjusting the thermostat to combat extreme temperatures indoors, it could indicate issues with your windows and patio doors. While there could be other factors contributing to temperature fluctuations, it's essential not to dismiss the possibility that your windows might be part of the problem.
Condensation or Fogging Between the Panes
Condensation is a normal occurrence on windows in certain conditions where ventilation is limited. However, if you notice condensation forming between the glass panes, it suggests a potential failure in the window seal. When the seal of an insulating glass unit is compromised, the window or patio door loses its ability to insulate effectively. Additionally, any Argon gas initially placed within the glass unit will dissipate, further diminishing performance.
Escalating Heating and Cooling Expenses
As per the Department of Energy, approximately 25% - 30% of residential heating and cooling energy consumption can be attributed to heat gain and loss through windows. When your windows and patio doors fail to provide adequate insulation, it can lead to substantial rises in your energy bills, signaling the need for replacement.
Functional Issues with Windows and Patio Doors
Proper operation of windows and patio doors is essential for ventilation, weather resistance, and safety. Functional windows should open and close smoothly to facilitate airflow and ensure safety, especially in bedrooms where windows serve as emergency exits. Windows that remain shut or won't stay open can pose safety risks, requiring makeshift solutions. If your windows aren't functioning correctly, it's prudent to consider replacing them.
Drafty and Leaking Windows and Patio Doors
Leaks and drafts around windows and patio doors are signs of deterioration that can compromise your home's integrity. Water infiltration can result in costly damage and potentially lead to mold growth. Significant drafts not only diminish indoor comfort but also escalate heating and cooling expenses. If you're experiencing these issues, it's advisable to explore the option of installing new windows
What are weep holes?
April 01, 2024
Window weep holes serve as small openings located at the bottom of window frames, facilitating the drainage of rainwater or condensation from the frame. These holes are essential as they prevent water accumulation inside the frame, which could otherwise lead to damage to the window and nearby structures, as well as the growth of mold and mildew. Typically found in windows made of vinyl, aluminum, steel, or fiberglass, weep holes are absent in wood windows that lack the internal chambers susceptible to moisture buildup found in other window types.
Why are Weep Holes Necessary?
The primary purpose of weep holes is to prevent water from pooling within the window frame, which could result in rot and deterioration over time, necessitating costly repairs or window replacement. Additionally, stagnant water can foster mold and mildew growth, posing health risks to occupants. Weep holes also safeguard the surrounding wall from water damage. If water accumulates within the frame, it may infiltrate the wall, causing harm to drywall, insulation, or even the framing itself, leading to expensive repairs if left unchecked.
Location and Maintenance of Weep Holes
The size and placement of weep holes are crucial considerations. Insufficiently sized holes may hinder water drainage, while overly large ones may permit water ingress during heavy rainfall, exacerbating the issue they were designed to alleviate.
While most weep holes are visible on the window frame's face, some manufacturers may conceal them for aesthetic reasons. It's vital to familiarize yourself with their location to ensure proper maintenance. Weep hole maintenance is straightforward, usually involving clearing any accumulated debris. Some weep holes employ covers to prevent debris buildup, but these must be periodically checked to ensure unimpeded water flow.
Conclusion
In conclusion, window weep holes are vital features in windows installed in moisture-prone areas. They prevent water accumulation, thus safeguarding windows and surrounding structures. Properly sized, located, and maintained, weep holes can prolong window lifespan and protect homes from water damage.
Are Energy- Efficient Windows Worth It?
March 01, 2024
"Replacing an old window with any newer, better-designed model is likely to save you some on energy bills, but if you want to ensure savings, buy an Energy Star certified model. The Energy Star program, which is administered by the Environmental Protection Agency, estimates that installing new Energy Star certified windows can save the average homeowner 12 to 13 percent on their home energy bills. Every new window includes a label indicating its energy efficiency, including whether it’s Energy Star certified.
How much you save will vary based on where you live as well as what type of window you’re replacing. For example, in the EPA’s Northern Zone of the country—roughly the northern half of the U.S.—replacing 10 inefficient single-pane windows with new Energy Star models could save homeowners an average of $366 a year in heating and cooling costs, a 22 percent savings. But homeowners in that region would save only $134, or 9 percent, if they were replacing double-pane windows. The cost of energy is also a factor: In Connecticut, where the average annual energy bill is about $1,875, your savings would be about $225 a year. In Colorado, where the average annual energy bill is $1,104, the estimated annual savings would be $132.
You can save more by installing a replacement window from Energy Star’s Most Efficient Window list. Through 2032, you can claim a 30 percent federal tax credit on that expenditure, up to $600 a year, thanks to the Inflation Reduction Act passed in 2022. To maximize the credit, you could stagger your window replacements over several years and get the credit each time."
Tobie Stanger, Choosing Replacement Windows, October 19, 2023
https://www.consumerreports.org/home-garden/replacement-windows/buying-guide/
What is U-factor?
February 01, 2024
When it comes to energy efficiency in homes, windows play a pivotal role. A key metric for assessing a window's thermal efficiency is its U-factor. Put simply, the U-factor gauges how effectively a window can resist heat transfer, encompassing the glass, frame, and additional elements of the assembly. This discussion will explore the concept of window U-factors, covering their importance, calculation methods, and impact on energy efficiency. By the end, you'll have a comprehensive grasp of window U-factors and their role in enhancing energy performance in residential settings.
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For the mathematically inclined, let's delve into the mathematical intricacies behind U-factors. Here's a breakdown:
The U-factor of a window quantifies its ability to impede heat flow, denoted in units of BTU/(hr·ft²·°F). A lower U-factor signifies better insulation. This metric takes into account heat transfer across the glazing, frame, spacers, and other components of the window assembly, measuring the overall heat loss or gain, considering both conduction and radiation. For us non-mathematicians, remember this: lower U-factor means better insulation.
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Determining U-factors involves a complex process, considering various factors. Standardized methods provided by organizations like the Fenestration & Glazing Industry Alliance (FGIA) and the National Fenestration Rating Council (NFRC) account for factors such as thermal conductivity of materials, surface area of window components, and thermal resistance of glazing.
It's crucial to note that the U-factor of a window is a composite value, not solely determined by the glass. This distinction is significant. Two seemingly identical windows with the same glass package but different frame materials will have different U-factors due to frame properties. Similarly, two windows made of the same materials may have different U-factors if one has a wider frame or grid covering portions of the glass.
Every window or door features an NFRC sticker indicating four values: U-factor, Solar Heat Gain Coefficient (SHCG), Visible Transmittance (VT), and Air Leakage. The U-factor directly influences a home's energy efficiency. Windows with lower U-factors offer better insulation, reducing heat transfer between indoor and outdoor environments. This translates to less heat loss during colder months and less heat gain during hotter months, leading to reduced energy consumption and lower utility bills. Factors like SHGC and VT also play significant roles, balancing energy efficiency, daylighting, and thermal comfort.
Low-E coatings minimize infrared and ultraviolet radiation while allowing visible light to pass through. These coatings, typically a thin layer of silver oxide applied to the glass surface, reflect heat back to its source, reducing heat transfer through the window.
Windows with low-E coatings boast significantly lower U-factors compared to those without. The reflective properties of the silver oxide layer decrease the window's overall heat transfer coefficient, enhancing its insulation. The impact of low-E coatings on U-factors may vary based on factors like coating type, number of layers, and window design. However, they generally reduce U-factors by up to 50%, showcasing their effectiveness in enhancing window energy efficiency.
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Window U-factors are pivotal in determining a home's thermal efficiency and energy performance. A lower U-factor signifies better insulation, leading to energy savings and enhanced comfort. When selecting windows, U-factors should be considered alongside SHGC and VT to align with energy efficiency objectives. Understanding U-factors empowers informed decision-making, fostering more sustainable and comfortable living environments.
Fire Tempered Glass
January 01, 2024
Fire-rated glass serves as a resilient and purposeful window material specifically crafted to impede the spread of flames. Although it cannot extinguish a fire, it plays a crucial role in slowing down its progression. This not only minimizes damage during a fire but also proves effective in curbing destruction caused by wildfires—an especially significant concern for homeowners in Southern California.
Conventional glass shatters at approximately 250°F, and tempered glass at 500°F, whereas most house fires reach temperatures around 1,100°F. Ordinary windows succumb to the heat within minutes, cracking, breaking, and shattering. Once breached, the fire rapidly advances through the home, consuming furniture, appliances, and cherished family belongings.
In contrast, fire-rated glass can endure temperatures up to 1,500°F. Windows crafted from this robust material create a dependable barrier, preventing the spread of fire, smoke, flames, and heat. These windows undergo safety testing mandated by national organizations and conducted by independent laboratories to ensure their resilience in emergencies, such as wildfires.