Best Siding for Older Portland Homes
For older Portland homes, fiber cement and engineered wood are the best siding choices because they can match the look of the original wood clapboard or shingle while lasting far longer and resisting the wet climate. They come in profiles that suit early 1900s homes and hold paint well, which preserves the character that makes Portland's older neighborhoods appealing.
Matching older Portland character
Portland's older neighborhoods are full of homes from the early 1900s with wood clapboard, lap, or shingle siding. When that siding fails, the goal is usually to keep the look while upgrading the durability. Fiber cement and engineered wood both come in profiles that match traditional lap and shingle styles, so a home keeps its character with far less upkeep than original wood.
Materials for an older home
Here is how the options fit an older Portland home.
| Siding | Fit for an older home |
|---|---|
| Fiber cement (Hardie) | Excellent, matches lap and shingle, very durable |
| Engineered wood | Good, warm grain, matches traditional profiles |
| Restored original wood | Authentic, high maintenance in wet climate |
| Vinyl | Budget option, less authentic on historic homes |
Frequently asked questions
What is the best siding for a 100 year old house?
Fiber cement or engineered wood, because they match traditional lap and shingle profiles while lasting far longer and resisting the wet Portland climate than original wood.
What kind of siding is on old Portland houses?
Many older Portland homes have wood clapboard, lap, or shingle siding. When it fails, fiber cement and engineered wood can match the look with less upkeep.
Is there anything better than vinyl siding?
For older homes, fiber cement and engineered wood look more authentic and last longer than vinyl, which makes them a better fit for Portland's historic character.
Can new siding keep my home's historic look?
Yes. Fiber cement and engineered wood come in lap and shingle profiles that preserve an older home's character while improving durability.