If you’re like many homeowners, you try to keep on top of repairs and updates. For that reason, you might be asking, “can my siding be replaced in the Winter?” You’re in luck – we’re going to dig into that question.
The Answer to “Can My Siding Be Replaced in Winter?” Is:
Absolutely! Even while vinyl siding is more difficult to work with when temperatures drop below zero, this isn’t a problem for seasoned installers.
Replacement of siding in the winter presents various difficulties. While there is no right or wrong choice, it is prudent to weigh the advantages and disadvantages first.
Vinyl siding can grow brittle in cold weather. When the siding is affixed to your house, this isn’t a problem, but it can cause issues during installation. Sections may crack, resulting in product waste. Expect your siding business to not cover this expense; you’ll be responsible.
Replacing your siding in the winter can raise your home’s energy bills. When you replace the siding, you waste heat because it works as an additional layer of insulation. You could see a very modest increase or a significant surge depending on the efficiency of your home and the sort of heating system you have.
On the plus side, siding companies aren’t as busy in the winter, so they might give a discount to entice you to use their services during the slow season. When businesses aren’t as busy, they can complete projects more quickly, resulting in extra cost savings.
How Can You Minimize the Risk?
There are certain precautions you may take to reduce the risks of siding replacement in the winter:
1. To begin, engage a trustworthy and skilled firm. Make extensive background research. While no organization can ensure that mistakes will not occur, a well-qualified company can reduce product waste to a minimum. If the conditions are simply too harsh to begin the project, a reputable company will be forthright.
2. Purchase vinyl siding that is either mid-range or high-end. The cheap stuff is a waste of money because it will fade and shatter after a few years, but because it is more brittle, it will perform particularly poorly during installation.