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Garage Door Materials: What are My Options?

11/7/2022

The first garage doors were solid slabs of wood, just like their carriage-house predecessors. Then came aluminum and steel. Then fiberglass, and now there are even more options for home garage door design. Let’s take a look at your options for garage door material construction by discussing the pros and cons of each material:

Wood

Pros:

Good insulator

Natural material

Endless species/grain choices

Can be stained/painted

Cons:

Susceptible to rot and warping

Susceptible to boring insects

Heavy

Expensive 

Steel

Pros:

Low cost

Low maintenance

Durable

Customizable

Cons:

Dents easily

Dents rust easily

No insulator properties

Heavy

Glass & Aluminum

Pros:

Low-maintenance

Lightweight

Let in natural light

Corrosion and rust resistant

Cons:

Can rust in humid/salt air climates

Dents

Not waterproof

Low insulator values

Fiberglass

Pros:

Doesn’t rust or corrode

Doesn’t warp or rot

Can be customized in color/texture

Affordable

Cons:

Cracks if damaged

Gets yellow and brittle with age

Poor insulator

Not as attractive as other options

Vinyl

Pros:

Low maintenance

Lightweight

Durable

Waterproof

Cons:

Less customizable than other options

Almost impossible to paint

Require insulation

Wood grain mimic is subpar

Wood Composite

Choosing the Right Material for Your New Garage Door Install

When you’re considering your new garage door design, you have to factor in the style of your home, the customizations you want, the addition of installation, and your budget. Each garage door material has its hallmarks – that’s why they’re all on the market, after all. But which one is right for your home project will totally depend on you.

Garage Door Torsion Springs: What Are They & How Do they Work?

Most modern residential garage doors operate with torsion springs. As opposed to extension springs, which sit on either side of the door and use tension to help the opener lift and lower the door, torsion springs sit at the end of the trolley track at the center top of the garage door. Torsion springs use torque to help lift and lower the overhead door. They have a higher cycle life than extension springs, tend to fail less, and offer smoother door operation than extension springs. But regardless of whether your overhead door has torsion or extension springs, if they bend, stretch, break, or release, call a repairman. These garage door parts are dangerous – not a fix to do yourself.

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