What Causes Garage Door Spring To Break

Torsion springs can snap or get tangled if there is no maintenance.

What causes garage door spring to break.

There are several factors that can cause this to occur including. Rust weakens the coiled spring and also increases the amount of friction causing it to wear faster. Rust has been known to increase the amount of friction while at the same time weakening the coiled spring which leads to accelerated wear and tears. Rust has the power to break even the most durable garage door spring.

Depending on how much the spring is off you may only notice a tiny difference in the way your door goes up or down. Likewise if the spring is too small it won t be able to properly hold your door causing it to fall down rapidly smashing to the ground. In our experience this is the no 1 reason why garage door springs break. When rust starts to build up the.

As a result most garage door springs break when the door is down. Poor maintenance is one of the reasons that causes torsion springs to break. Excessive wear and tear. 5 reasons why garage door springs break and how to fix them rust buildup.

Development of rust causes the lifespan of the garage door springs to reduce significantly. When raising the garage door tension is released and the spring assists with the lifting. If your garage door is using torsion springs then you should know that its average life would only be. In this article we will look at the reasons why a garage door spring breaks.

A torsion spring on average can last for 10k cycles. In addition they get undone from the bearings after some time so regular checkup is necessary. Age wear and tear rust or corrosion incorrect installation inadequate maintenance door weight or alignment shifts impact damage to the garage door sustained exposure to cold temperatures weight added to the door after its. To prevent springs from breaking you need to make sure that you regularly oil and grease door springs.

Its important to note your garage door springs have most tension when the garage door is in the closed position. Rust buildup when rust forms on the garage door springs it can cause the springs to easily break and the life cycle of them to be shortened. When a spring is too big most likely your garage door will fly upwards stopping abruptly when it goes up. Each cycle is when a garage door opens and then closes.

Rust causes friction on the coil and weakens it as well. When the garage door is lowered the springs gain tension. On average a garage door is used for 730 cycles a year. If any rust develops in the spring its lifespan can be cut short by years.