Galvanized Torsion Springs High Carbon Steel for Garage Door

Our galvanized torsion springs provide inherent corrosion resistance and a clean appearance that coordinates with our family of galvanized steel hardware products. Several sizes of coned springs are stocked for shorter lead times.

Features

Diameter: 1-3/4”, 2”, 2-5/8”, 3-3/4”, 5-1/4”, 6”

All Springs can minimum endure over 16,000 cycles

The Spring made of high carbon steel 82B

Oil tempered/E-coating/Galvanized/Powder coated

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PRODUCT DETAIL

Crafted from high-carbon steel (82B) and cast aluminum (ADC12), these torsion springs offer excellent performance and reliability; They’re built to enhance your garage door system, providing strength and endurance for long-term use.

All garage door springs are color-coded according to standards. Our galvanized springs are engineer tested and perform at an equal performance level. These high-quality springs ensure superior performance, lasting durability, and easy installation. We also stock a wide variety of coned springs and spring snakes for fast delivery.

DIFFERENT SURFACE TREATMENTS

Oil Tempered Surface

The surface is painted with oil toeffectively prevent oxidation and rust.Affordable price and long service life.

Electrophoresis Coat Surface

Our black electrophoresis coating ensures a smoother, cleaner operation while providing corrosion resistance and extending lifespan.

Galvanized Surface

Galvanized springs have high corrosionresistance and their service life can begreatly extended.

Powder Coated Surface

You can choose any color you like for thecoated spring, such as red, orange, bluewhite, black, etc. And it is not easy to fade.

High Cycle Life

Crafted from high-carbon steel (82B) and cast aluminum (ADC12), these torsion springs boast excellent fatigue resistance; passes salt spray tests up to 350 hours and a minimum of 16,000 "standard-cycles" and 25,000 "high-cycle".

Stenciling

Spring dimensions and winding stripes are stenciled on all galvanized and coated oil-tempered coned springs, up to a max of 50”, and custom stenciling is available upon request.

Long Service Life

It will not rust, weaken or corrode inharsh environments such as extremetemperature changes and humidity.

FREQUENTLY ASKED QUESTIONS

How Do Garage Door Springs Work?

Garage door torsion springs are normally mounted horizontally above the opening of your garage door. When you pull the door down, cables attached to the bottom corners actually force torsion springs to wind up, in turn energizing the system. When you open the door, torsion springs then unwind and their energy transfers to the door, helping it to lift up and making it easier to open.

How to measure the torsion spring size?

To measure the torsion springs, follow each of the following steps carefully: Step 1, setermine springs ID (inside diameter). Step 2 determine wire size, the most efficient way to measure the wire size is to measure 10 coils and then measure 20 coils. Step 4, determine spring length,when measuring your torsion spring, remember that in order to get a proper measurement the spring must be un-wound.

Do both torsion springs need to be replaced at the same time?

If you have two torsion springs on your door, you should replace both of them. Most doors have springs with the same cycle life rating. In other words, when one spring breaks, the other spring will probably break before too much longer. Since you will be going to the trouble of changing one torsion spring, it is usually better to change your second spring as well.

Can I Replace Garage Door Springs Myself?

It can be extremely dangerous to fix your garage door springs yourself. If you don't have the proper training and equipment for the job, you should always call a professional to do it. If you decide to do it on your own, you pose a risk for damage to yourself and your garage door.
We strongly recommend that only a trained garage door professional install garage door torsion springs. The garage door spring replacement need to be wound manually and can cause serious injury if the tension is released inadvertently.