How is board and batten siding different to install than standard lap siding?

Board and batten runs vertically and relies on battens to cover the seams between wide panels, which concentrates joints and fasteners differently than horizontal lap siding. That means drainage planning and flashing details have to account for more vertical seams, and getting the furring or rainscreen layer right matters even more than it does on a lap job.

What questions should I ask a contractor before hiring them for board and batten work?

Ask what's behind the panels — specifically whether they're installing a drainage plane or furring strips, not just nailing boards to the wall. Also ask how they detail butt joints and batten ends, what fastening spec they follow, and whether they'll show you manufacturer installation instructions for the product they're proposing.

Why do you only install James Hardie and not other fiber cement brands?

Other fiber cement brands like Cemplank and Allura are legitimate products in the same general category, but we standardized on James Hardie for its factory-baked ColorPlus finish, the depth of its climate-zone engineering, and a warranty transfer process we're comfortable standing behind long-term. It's a business decision built around what holds up best over decades, not a claim that competitors don't work.

Does James Hardie board and batten siding need to be repainted like wood does?

Hardie panels with factory ColorPlus finish are baked on and warrantied separately from the substrate, so they don't need the kind of recurring repaint cycle that cedar or primed wood siding does. You'll still want to keep an eye on caulk lines and touch up any field-cut edges, but the color coat itself is built to go far longer between refinishing.

Does board and batten siding hold up well in a neighborhood like Fairhaven so close to the water?

It can hold up very well, but the material and the installation both have to be matched to the exposure — salt air, driving rain, and shaded, damp conditions are harder on siding than a typical inland lot. Fiber cement handles that combination better than wood-based or vinyl options, provided the drainage details behind the boards are built correctly.

Board & Batten Siding in Fairhaven, Ferndale, WA

Board & Batten in a Salt Air, High-Rain Neighborhood

Board and batten has a long history on homes along the Salish Sea coast — the vertical lines read as clean and a little nautical, which fits waterfront and near-waterfront neighborhoods like Fairhaven better than a lot of siding profiles. But the same look that works so well on a craftsman bungalow or a modern farmhouse in this part of Whatcom County has to survive conditions that are genuinely hard on exterior materials: salt-laden air off the water, wind-driven rain that hits siding sideways instead of straight down, and a moss season that can run most of the year in the shade of mature evergreens.

This page is about board and batten specifically, and about what it takes to get it right on a home in this area. We install James Hardie fiber cement exclusively — we don't offer LP SmartSide, vinyl, Cemplank, Allura, primed spruce, or cedar board and batten — and we'll explain why as we go, rather than just asserting it.

What This Climate Actually Does to Board & Batten Siding

Salt Air and Corrosion

Homes close to Bellingham Bay and the broader Salish Sea shoreline take on airborne salt that settles on every exterior surface. It's not dramatic — you won't see it happening — but over years it accelerates corrosion on fasteners, flashing, and trim hardware, and it can degrade some paint and coating systems faster than the same product would wear inland. Board and batten has more linear trim and more fastener runs than a lot of siding styles, which means more places for that slow corrosion to start.

Driving Rain, Not Just Rain

Whatcom County gets a lot of rain, but the detail that matters more for siding is wind direction. Storms off the water push rain sideways into wall assemblies, which is a much harder test than vertical rainfall. Board and batten's vertical seams and batten joints are exactly where wind-driven water looks for a way in if the assembly wasn't built with real drainage behind it.

Moss, Shade, and Standing Moisture

Mature tree cover and marine-layer humidity mean a lot of Fairhaven-area lots stay damp and shaded for long stretches of the year. Moss and algae don't just look bad on siding — sustained moisture at the surface keeps the wall assembly wetter for longer after every rain event, which is a real problem for moisture-sensitive materials and a much smaller problem for materials that don't absorb water into their core.

How Board & Batten Siding Is Actually Built

Board and batten isn't one product — it's an assembly. Getting it right matters more than which brand of vertical panel you start with, though the panel matters too.

The Layers Behind the Boards

Weather-resistive barrier: a continuous water- and air-resistive layer over the sheathing, lapped and taped at every seam and penetration.
Drainage plane: furring strips or a purpose-built rainscreen product that hold the siding off the wall so any water that gets past the face has somewhere to go, and air can move to help panels dry.
Vertical panels: the wide, flat boards that carry most of the visual weight of the elevation.
Battens: the narrower strips fastened over the seams between panels, which is what gives board and batten its rhythm and also what has to shed water at every one of those seams for the life of the house.
Flashing and trim: at windows, doors, roof lines, and the base of the wall — the details that decide whether water that reaches the assembly leaves it again or gets trapped.

Where the Real Risk Lives

The failure points on board and batten are predictable: butt joints where panels meet horizontally, the top and bottom of every batten, and any place a fastener goes through face material without a proper backer or sealant detail behind it. A crew that treats board and batten as "nail up some boards" instead of "build a drainage assembly with boards on the outside of it" is setting the house up for problems that won't show for a few years — which is exactly long enough for it to become someone else's callback.

Why We Only Install This in James Hardie Fiber Cement

We get asked fairly often about cedar board and batten, or engineered wood options like LP SmartSide, or budget fiber cement alternatives like Cemplank or Allura. All of them can look good freshly installed. Our objection isn't to how any of them look — it's to how they perform over years in exactly the conditions described above.

Cedar

Real cedar board and batten is beautiful, and it's a legitimate traditional choice. It's also wood, which means it moves with moisture, needs refinishing on a real schedule to keep water out of the grain, and is more vulnerable to the combination of standing shade-moisture and salt air than a lot of homeowners expect when they buy it. On a shaded, damp lot near the water, cedar's maintenance clock runs faster than it would inland.

Engineered Wood (LP SmartSide)

Engineered wood siding is wood-based with a resin-treated core and factory coating, and it holds up better than raw lumber. But it's still an organic wood product at its core, and the failure mode that matters here is what happens at cut edges, fastener penetrations, and butt joints if they aren't field-sealed exactly to spec — that's precisely where board and batten concentrates its seams. In a high-rain, high-humidity coastal climate, we don't think that installation-sensitivity is worth the risk.

Vinyl

Vinyl board and batten exists, but it's a thin extruded product that telegraphs waviness in strong light, has real limits on how it can be fastened (it has to hang, not be nailed tight, to handle thermal expansion), and doesn't hold paint if a homeowner ever wants to change the color. It's a different weight class of product than what we install.

Budget Fiber Cement (Cemplank, Allura)

These are legitimate fiber cement products, and fiber cement as a category is the right call for this climate. Our reason for standardizing on James Hardie specifically is the factory-baked ColorPlus finish, the depth of climate-zone engineering in their formulations, and a warranty structure with a real transfer process — details that matter more over fifteen and twenty years than they do on day one.

James Hardie

Hardie fiber cement is cement, sand, and cellulose fiber — non-combustible, dimensionally stable, and engineered by climate zone rather than as one formulation for the whole country. For board and batten specifically, that stability matters at every batten and every butt joint: the material isn't swelling, shrinking, or wicking water the way wood-based products can. ColorPlus finish is baked on at the factory under conditions a job-site paint crew can't replicate, and it comes with a longer, more useful warranty on the finish than field-applied paint gets.

Comparing Board & Batten Materials for This Climate

Material	Moisture Behavior	Salt Air / Coastal Durability	Maintenance	Finish Longevity
James Hardie fiber cement	Doesn't absorb water into its core; dimensionally stable	Strong; non-organic, corrosion isn't a material issue	Periodic caulk/paint checks at seams and trim	Factory ColorPlus finish, long warranty
Cedar	Absorbs and releases moisture; moves seasonally	Fair; needs diligent upkeep near salt air and shade	Refinishing on a real recurring schedule	Field-applied stain/paint, shorter cycle
Engineered wood (LP SmartSide)	Resin-treated but still wood-based; edges are vulnerable	Fair; performance depends heavily on sealing detail	Watch cut edges and joints closely	Factory coating, moderate durability
Vinyl	Doesn't absorb water, but relies on loose-hang joints	Fair; can fade/warp with UV and heat cycling	Low, but limited repair/repaint options	Color molded in; fades over time, can't repaint easily
Budget fiber cement (Cemplank, Allura)	Similar core behavior to Hardie	Good; non-organic	Similar to Hardie	Varies by finish system and warranty terms

What Our Installation Process Looks Like

Site walk and assessment: we look at sun/shade exposure, roofline drainage, existing moisture damage, and how exposed the elevation is to prevailing wind and rain.
Tear-off and sheathing check: we don't cover over rot or a compromised weather barrier — anything found gets addressed before new siding goes on, not after.
Weather-resistive barrier and flashing: continuous barrier, correctly lapped, with flashing at every window, door, and roof intersection.
Drainage plane installation: furring or rainscreen material set to hold the siding off the wall for real drainage and airflow.
Panel and batten installation: Hardie panels and battens installed to manufacturer fastening and gap specs — not "close enough."
Caulk, paint touch-up, and trim details: factory-finish touch-up only where field-cut, sealant only where the manufacturer's detail calls for it.
Final walk-through: we go over the finished elevations with the homeowner before calling the job done.

Maintenance That Actually Matters Here

Board and batten installed correctly in James Hardie is low-maintenance, not no-maintenance. In a Fairhaven-area setting, a short annual routine catches problems while they're still cheap to fix:

Rinse siding once or twice a year to clear salt residue and slow moss/algae buildup, especially on shaded and north-facing elevations.
Walk the batten lines and butt joints looking for caulk that's cracked, shrunk, or pulled away.
Check flashing above windows, doors, and at the roofline for gaps or corrosion staining.
Clear gutters and downspouts before the wet season so wall-adjacent water has somewhere to go besides the siding.
Look at the base of the wall and any grade-level trim for standing water or splashback after storms.

Why Hiring a Crew That Already Works This Area Matters

Board and batten's seams and battens are unforgiving of shortcuts, and this stretch of coastal Whatcom County is unforgiving of siding that wasn't detailed for driving rain and salt air in the first place. A crew that installs mostly in drier, inland climates can still do competent work on a straightforward lap siding job and get away with lighter flashing details. Board and batten near the water doesn't give you that margin. Knowing how prevailing wind and rain hit a given elevation, how much shade a lot actually holds through the year, and which flashing details matter most on this coastline isn't something you pick up from a spec sheet — it's something you learn by doing the work here, on homes like the ones in Fairhaven and around Ferndale, season after season.

If you're weighing board and batten for a home in the Fairhaven area, we're glad to walk the property, talk through what the elevations actually need, and give you a straight answer — no pressure, no upsell to a product we don't stand behind. Reach out for a free estimate using the form below.