Wood Shake Roofing in Toms River, NJ
There's a reason wood shake roofing has been used on American homes for centuries: nothing looks quite like it. The natural texture, the weathered silver-gray patina that develops over time, the dimensional depth that architectural shingles can only approximate — wood shake delivers an aesthetic that's genuinely distinct. On the right home in the right application, it's one of the most beautiful roofing materials available.
But wood shake roofing in Ocean County demands respect for what the material is and what it requires. It's a natural organic product in a demanding coastal environment, and it needs proper installation, appropriate maintenance, and honest assessment to deliver its full potential lifespan. At Toms River Roofing Contractor, we install and repair wood shake roofing with an understanding of both its strengths and its demands.
Wood Shakes vs. Wood Shingles: What's the Difference?
The terms are often used interchangeably, but they describe distinct products:
Wood shakes are split — either hand-split or machine-split — rather than sawn. The splitting process creates a rough, textured surface on the face of the piece and a variable thickness that creates the dramatic shadow lines wood shake is known for. Hand-split shakes have the most texture and dimensional variation. Machine-split shakes are more uniform. Hand-split and resawn shakes (split on one face, sawn on the other) offer a compromise between texture and uniformity.
Wood shingles are sawn on both faces, creating a smoother, more uniform appearance with tapered thickness. They have a flatter profile than shakes and a more refined look. They're installed with tighter exposure spacing than shakes.
Both products are typically Western Red Cedar, though other species including Eastern White Cedar, redwood, and pine are used. Western Red Cedar is the standard for quality installations — its natural oils provide inherent rot and insect resistance that make it the most appropriate wood species for roofing applications.
How Wood Shake Performs in Ocean County's Climate
The Humidity Factor
Ocean County's coastal humidity is the primary challenge for wood shake roofing. Cedar performs best when it can get wet and dry in cycles — the drying cycle is critical to preventing rot and mold. In highly shaded locations with minimal airflow and prolonged moisture retention, that drying cycle is interrupted, and wood shake fails faster.
The solution is proper installation technique — specifically, the use of an open-weave, breathable underlayment (not solid felt paper) that allows airflow and drying beneath the shakes, and proper ventilation of the roof assembly overall.
Salt Air Considerations
Cedar shake has performed well on coastal homes throughout New England and the Mid-Atlantic for generations, but the salt-air environment does require attention to fastener selection. We use stainless steel nails for all coastal installations — galvanized nails corrode in salt air, often within 10–15 years, causing the shake to loosen. Stainless steel fasteners are a modest cost premium that makes a meaningful difference in coastal longevity.
Biological Growth
In Ocean County's humid environment, wood shake requires regular moss and algae management. Moss establishes readily on wood surfaces and holds moisture, significantly accelerating rot. Annual or biannual preventive treatment and clearing of debris accumulation are essential maintenance practices.
Fire Resistance
Natural untreated wood shake carries a Class C fire rating — the lowest standard classification for roofing materials. Fire-retardant treated (FRT) cedar shake is available and carries an improved Class B or Class A rating depending on the treatment. Some municipalities and homeowner associations in Ocean County require fire-retardant treated shake for new installations. We confirm local requirements before any installation and recommend FRT shake for most residential applications.
Wood Shake Installation: What Proper Technique Looks Like
Deck and Substrate
Wood shake should not be installed over solid sheathing without a proper ventilating underlayment layer. Traditional practice uses an open-weave "breather mat" — often designated as #15 interlayment or a breathable synthetic product — between the shakes and the deck to allow air movement beneath the shakes. This is not optional; solid underlayment beneath wood shake traps moisture and dramatically shortens the installation's lifespan.
For new installations in coastal environments, we often use skip sheathing (spaced boards rather than solid plywood) beneath the shake to maximize airflow and drying, particularly on higher-humidity north-facing slopes.
Exposure and Overlap
Shake installation exposure (the visible portion of each course) depends on shake length and pitch. For 18-inch shakes on a 5:12 or steeper pitch, standard exposure is 7.5 inches. Adequate overlap between courses is critical — insufficient overlap is a leading cause of premature shake failures and leak callbacks.
Interlayment
An 18-inch-wide strip of 30# felt or breathable synthetic is typically interleaved between every course of shakes, positioned at the midpoint of the exposure. This interlayment provides a secondary weather barrier and helps manage moisture movement through the assembly.
Fastening
Two corrosion-resistant nails per shake, positioned approximately 3/4 inch from each edge and 1 to 2 inches above the butt line of the next course. Proper nail placement keeps the fastener concealed beneath the overlapping course and prevents face-nailing.
Flashing
All flashing on wood shake installations should be copper or heavy-gauge stainless steel. Galvanized flashings corrode in coastal environments and often fail before the shakes. Valley treatment is typically open metal valley with appropriate width for the slope drainage requirements.
Wood Shake Repair
Wood shake repairs are more demanding than standard shingle repair because of the irregular dimensions and natural variation of each piece. Matching the profile, grain, and weathering of existing shakes to an acceptable degree requires both material sourcing skill and installation experience.
Common repairs we perform:
Individual shake replacement: Damaged or split shakes can be replaced one at a time using a slater's ripper or shake ripper to remove nails without disturbing surrounding pieces. New shake is cut to match and secured with stainless steel nails, with hidden fastener placement.
Moss and rot remediation: Sections with active rot require aggressive removal of affected pieces, treatment of the substrate, and replacement with new shake. We don't cover over rot — it needs to be physically removed.
Ridge and hip repair: Ridge material on wood shake roofs experiences the most direct exposure. Ridge shake replacement is a common maintenance item on older installations.
Re-nailing: As original fasteners corrode, shakes can loosen. We re-fasten and replace where necessary.
Wood Shake Longevity in Ocean County
A well-installed, properly maintained wood shake roof in Ocean County can last 25–40 years. Here's what the variable range depends on:
- Slope orientation: South-facing slopes exposed to more sun and drying typically outlast shaded north-facing slopes significantly
- Tree canopy: Dense shade accelerates biological growth and reduces the drying cycle
- Maintenance frequency: Annual cleaning and preventive treatments extend lifespan substantially
- Product grade: #1 Grade premium shake significantly outperforms lower grades in longevity
- Fastener quality: Stainless steel versus galvanized is a significant durability variable
Wood Shake Roofing Costs in Toms River
- Wood shake replacement (full roof, 1,500 sq ft): $18,000–$32,000
- Fire-retardant treated cedar shake: 10–20% premium over standard
- Individual shake replacement (spot repair): $300–$700
- Ridge shake replacement: $600–$1,400
- Moss treatment and preventive application: $400–$800
Get Your Wood Shake Roofing Estimate
Whether you're planning a new installation or maintaining an existing wood shake roof, we bring the specific expertise this material demands. Serving all of Toms River and Ocean County.