Frequently Asked Questions

Elastomeric coatings are thick-build rubberized systems that bridge minor cracks and flex with wood movement, while standard stains penetrate wood for color without filling gaps. Elastomeric products work best on aging decks with existing surface cracks exposed to Indiana's freeze-thaw cycles. Standard stains suit newer wood where moisture resistance matters more than crack bridging.

Water absorbed into unsealed dock wood expands when temperatures drop below freezing, creating internal pressure that splits fibers and widens existing cracks. This cycle repeats throughout winter and early spring around Indiana lakes. Each freeze-thaw event compounds damage, accelerating rot in boards constantly exposed to changing water levels.

Waterproofing treatments use deep-penetrating sealers that block moisture absorption, ideal for horizontal surfaces holding standing water or structures near lakes and waterfront areas. Regular stain adds color and basic weather resistance but doesn't prevent water intrusion as effectively. Choose waterproofing for docks, low-lying decks, and areas where drainage issues cause prolonged moisture contact.

Weathered decks require pressure washing to remove dirt and mildew, sanding to eliminate splinters and smooth raised grain, and treatment of any damaged boards before coating. Old coatings must be stripped where they're peeling since new products won't adhere over loose material. Proper preparation determines how well coatings bond and how long protection lasts.

Overhead beams and vertical posts on pergolas receive more direct UV exposure throughout the day compared to horizontal deck surfaces that get shaded by furniture and railings. Sun breaks down coating binders faster on south and west-facing pergola sections. Intricate trim work and detailed joints also trap moisture, creating adhesion failures where water sits after rain.

Algae holds moisture against wood surfaces, keeping boards wet longer after rain and preventing proper drying between water exposure cycles. This constant moisture accelerates rot in dock planks and substructure. Algae also makes surfaces slippery and breaks down protective coatings faster by trapping organic material that feeds mildew growth underneath sealers.

High-performance protective coatings with added texture provide durability under constant use while reducing slip hazards in wet conditions. These systems handle abrasion better than residential-grade stains that wear through quickly on commercial properties. Traffic patterns determine where additional coats should be applied since entrance areas and stair treads wear faster than perimeter sections.

New pressure-treated lumber contains excess moisture and preservatives that prevent proper coating adhesion for the first 3-6 months after installation. Wood needs to dry and weather slightly so sealers penetrate effectively. Waiting allows mill glaze to break down and tannins to leach out, which improves stain absorption and color consistency across all fence boards.

Wood maintains its original color longer instead of fading to gray, and surface fibers stay intact rather than becoming brittle and splintered. UV blockers in the coating absorb sunlight before it breaks down lignin that holds wood cells together. You'll notice the finish stays uniform across south-facing sections that would normally bleach out within one season.

Probe boards with a screwdriver—if the tool sinks more than a quarter-inch into wood, rot has compromised structural integrity and replacement is needed. Surface wear like fading, minor cracks, or peeling coatings can be restored through cleaning, repair, and recoating. Check fastener areas and spots near the waterline first since these deteriorate fastest on Indiana lakefront structures.

Constant moisture exposure from changing water levels keeps dock wood wet, creating ideal conditions for rot and mold that rarely affect elevated backyard decks with better drainage and airflow. Waterfront structures also face algae growth, wave action, and seasonal flooding that accelerate coating breakdown. Indiana lake properties experience more extreme wet-dry cycles compared to residential decks that only get wet during rain.

Afternoon sun heats south and west-facing boards to much higher temperatures than shaded sections, causing faster moisture evaporation and more extreme expansion-contraction cycles. This repeated movement creates internal stress that shows up as warping, splitting, and cupping. UV exposure on these sides also breaks down wood lignin faster, weakening the structure before moisture damage even starts.