Choosing a new garage door can be an overwhelming process with so many options to consider. As a major architectural feature of your home that also serves important functional purposes, it’s key to select one that meets your specific needs and budget.
This comprehensive guide will walk you through everything you need to know to choose the perfect energy-efficient garage door for your home. We’ll cover how to determine the right size, material, insulation, special features and more so you can make the most informed decision.
This comprehensive garage door buyer’s guide answers all those key questions and more. You’ll learn insider tips for choosing the perfect energy efficient door to match both aesthetics and functional needs while avoiding regrets and unnecessary costs.
- Energy-efficient garage doors provide better insulation, durability and can reduce energy costs
- Consider the climate/weather conditions in your region when selecting materials
- Higher R-values indicate better efficiency – aim for 12 or more
- Foamed-in-place polyurethane insulation offers exceptional efficiency
- Look for thicker steel construction and add protective coatings
- Extra features like openers and windows can provide added convenience
By the end, you’ll have the knowledge to select the perfect garage door that checks all your boxes for functionality, efficiency, design and budget. Let’s get started!
What Makes a Garage Door Energy Efficient?
When many people think of energy efficiency, they often overlook the garage door. However, this large barrier between your home and the outside elements plays an important role in regulating temperature, noise, weather and more.
The more energy efficient your garage door, the better protected your home. Energy efficient doors have higher R-values, thicker insulation, improved weather seals, sturdier construction and enhanced opening systems.
All of these features work together to prevent the transfer of heat and cold, block outside noise, withstand impact and wear, and operate smoothly for years of reliable access. They also reduce energy costs associated with heating and cooling loss.
Over the 10 to 30 year lifespan of a quality garage door, an energy efficient model can save you hundreds of dollars in utility bills.
Determining the Correct Size
One of the first considerations when selecting a new garage door is proper sizing. Even if you choose the most energy efficient model, an improperly sized door can leave problematic gaps, not seal correctly and essentially render those efficiency features useless.
Here are the key measurements your garage door dealer will need:
- Opening Width – The distance between the side garage door jambs
- Opening Height – The floor to ceiling distance
- Sectional Panel Height – The actual section height of the door
The opening width and height allow the dealer to order the appropriately sized door. The sectional panel height indicates how many panels your door will need.
Getting accurate measurements is crucial, so don’t skip this step! Most dealers will come take measurements themselves to ensure precision.
5 Efficient Materials for Garage Doors
Once you know the proper size, it’s time to explore material options. Garage doors today come in a range of materials, each with their own insulating properties, durability, maintenance needs and cost considerations.
- Benefits – Exceptionally durable, impact resistant, affordable
- Efficiency – Foamed in place insulation increases efficiency
- Considerations – Can dent, rust without preventative coatings
Steel continues to be the most popular choice for garage doors. Available steel gauge thicknesses range from 20 to 28 gauge, with lower numbers indicating thicker steel construction. Many energy efficient steel doors use a foamed in place polyurethane insulation core.
- Benefits – Aesthetically pleasing, good insulator, customizable
- Efficiency – Depends on wood type, can be coated with insulation
- Considerations – Expensive, high maintenance, less durable
For a classic appearance, wood remains a top contender, although it is one of the more expensive options. Wood provides effective insulation, but lower R-values than steel and foam doors. Special coatings and cladding can enhance efficiency. However, wood requires extensive, regular maintenance to prevent cracking and deterioration.
- Benefits – Durable, dent/rust proof, mimics wood grain look
- Efficiency – Foamed in place insulation increases efficiency
- Considerations – Heavy, expensive, prone to cracking
Offering a unique composite construction, fiberglass doors feature a steel infrastructure reinforced by glass fibers. Like steel doors, efficient fiberglass doors have an inner foam insulation core. Fiberglass holds up well to weathering but the material itself is less thermally efficient than foam and wood doors.
- Benefits – Affordable, good insulator, low maintenance
- Efficiency – PVC is not the best insulator compared to other materials
- Considerations – Less durable than most materials
Vinyl garage doors offer an inexpensive, low maintenance option. While vinyl provides decent insulation, it performs the poorest out of all door materials. Vinyl dents easily and the plastic material tends to crack over time. Hail storms and errant balls can do a number on vinyl.
- Benefits – Blend of materials, customizable finishes
- Efficiency – Varies based on exact composite
- Considerations – Generally more expensive
Composite garage doors offer flexibility in design by blending materials like aluminum, steel, vinyl and wood fibers. Efficiency depends on the exact makeup, but composites offer the potential for improved insulation capabilities. However, costs are typically higher.
Now that you know the properties behind each material, it’s easier to zone in on the right one for your climate and home architecture.
4 Special Features for Garage Doors
Beyond efficiency and durability, several other convenient or aesthetic features exist to deck out your garage door exactly how you’d like it:
Windows – Full-view aluminum framed windows add an elegant focal point and ambient lighting into the garage interior. Come in a range of sizes, patterns and designs.
Insulated Glass – For the look of windows but with efficiency perks, insulated glass utilizes tempered, double pane glass for improved insulation over standard windows.
Decorative Hardware – Swap out standard galvanized handles, hinges and fixtures for decorative black powder coated or antique iron hardware for visual flair.
Custom Wood Tones – Steel garage doors can mimic luxury wood looks through synthetic wood grain finishes in different stains from natural oak to darker exotic woods.
Average Costs for New Garage Doors
Costs vary based on size, materials, insulation, design intricacy and special upgrades. Here are average installed prices:
- Steel door prices range from $600 – $1,500
- Wood door prices range from $800 – $5,000
- Fiberglass and composite doors range from $800 – $2,500
- Insulated doors average $1,000 to $3,500+
When weighing costs, don’t forget the long run savings from enhanced energy efficiency. Those making especially green upgrades may qualify for rebates and tax incentives as well which offset initial pricing.
Getting multiple dealer quotes helps guarantee you receive reasonable pricing for the options and quality you want.
The Buying Process Step-By-Step
Follow these steps as you venture through the garage door selection and buying process:
Determine Functional Needs
Consider how you use your garage – for parking, storage, workspace, etc. This steers you towards ideal opening mechanisms, materials, insulation needs and any special features.
Set Your Budget
Having a budget eliminates doors outside affordable parameters but still offers flexibility across potential options. Get inspired by browsing dealer showrooms and websites first.
Research Efficient Options
Use this guide as reference to understand what makes a door energy efficient based on local climate, usage and architectural needs. Develop a criteria list to aid decision making.
Visit Garage Door Showrooms
Seeing doors in person provides realistic impressions of aesthetics, craftsmanship and functionality. Dealers will answer questions as you analyze displays.
Schedule At-Home Consultations
Do detailed walkthroughs of your existing space with installers sent by manufacturers. Discuss requirements, measurements are taken, quotes provided and they can showcase product samples to finalize selection.
Make Your Purchase
Choose the ideal energy efficient, durable and stylish garage door that ticks all your boxes! Agree to project timeline details and installation service fees.
Enjoy Your New Door
Give your garage a refreshed modernized look with enhanced efficiency. Feel confident knowing your door durability and performance will maintain for years ahead.
There are many considerations that go into selecting the best garage door. But with this guide’s help understanding materials, insulation, special features and the buying process, your decision just got easier.The time invested upfront choosing an efficient durable door that matches your home pays dividends for years through energy savings, weatherproofing, noise reduction, improved functionality and visual curb appeal. Using the criteria and advice outlined here will lead you to a garage door that fulfills all your needs – now get shopping!
Frequently Asked Questions
What is the most energy efficient garage door?
The most energy efficient garage doors have core insulation using foamed-in-place polyurethane with an R-Value of 12 or more. This rigid foam insulation offers exceptional thermal efficiency.
Which garage door is extremely durable and the most economical?
Triple layer steel doors with durable galvanized and powder coated finishes provide exceptional durability paired with foamed-in-place insulation for thermal efficiency at economical price points compared to wood and fiberglass.
What is the average lifespan of a cheap garage door?
Average cheap steel garage doors last approximately 10-15 years before needing replacement. More heavy duty commercial grade steel doors average around 20-25 years lifespan under regular use