Frequently Asked Questions

Salt air and nor'easter weather break down standard coatings faster through moisture penetration and wind-driven rain. Specialized systems include mildewcide additives and moisture-resistant formulations that handle Delaware's humidity and freeze-thaw cycles. Proper surface prep — pressure washing, scraping, and caulk replacement — prevents early coating failure.

Complete prep includes pressure washing to remove dirt and loose paint, scraping failing surfaces, removing cracked caulk around windows and trim, and replacing window seals before painting. This process addresses the root causes of paint failure rather than covering existing problems. Rotted wood gets replaced before any coating is applied.

Shellac primer blocks moisture, seals stains, and bonds to surfaces that standard primers can't grip — particularly important in Delaware's humid conditions. It's applied when moisture testing reveals concerns or when existing paint shows adhesion issues. This primer prevents peeling and ensures topcoats bond permanently.

Concrete holds moisture that prevents epoxy adhesion, causing the coating to lift or bubble. Testing moisture levels before application determines if the slab is dry enough for permanent bonding. Concrete grinding opens the surface pores, but if moisture content is too high, the installation fails regardless of surface prep.

Flake epoxy requires concrete grinding and moisture testing, then applies colored chips into the base coat. Metallic epoxy adds temperature and humidity controls, a thin seal coat, metallic coat spread at exactly 40 square feet per gallon, sanding between coats, and a urethane topcoat. The metallic process demands controlled shop conditions for proper curing.

Off-site spray booth application eliminates brush marks, controls overspray, and allows complete stripping and sanding of all surfaces including edges. Doors and drawer fronts get shellac primer and professional spray finishes that can't be achieved with in-place painting. Hardware removal ensures complete coverage without masking compromises.

UV exposure combined with salt air fades and breaks down fiberglass door finishes faster than inland conditions. Complete old stain stripping — not surface coating over faded finish — restores the door's appearance and protection. Hardware gets removed for full access during the strip and restain process.

Pressure washing removes dirt, organic growth, and loose concrete that blocks sealer penetration. Delaware's freeze-thaw cycles create surface damage that must be cleaned before sealing — surface-only applications trap moisture underneath, causing spalling. Penetrating sealers need clean, open pores to bond and protect properly.

Paint applied directly to slick cabinet surfaces without bonding primer loses adhesion when humidity cycles cause expansion and contraction. Shellac-based bonding primers create a mechanical grip that survives moisture changes. Delaware's variable humidity makes this primer step essential for lasting cabinet finishes.

Residual adhesive reactivates with new paste moisture, causing bubbling and poor adhesion of the new wallpaper. TSP cleaning removes old adhesive, then GARS clear sealer locks in any remaining residue and creates a stable surface. This two-step process prevents installation failures that appear weeks after the job.

Surface moisture assessment identifies problem areas where humidity penetrates walls or ceilings before paint is applied. Coastal Delaware homes face higher moisture levels that cause paint adhesion failures and mildew growth. Moisture-resistant paints with mildewcide get specified based on test results and ventilation conditions.

Freeze-thaw cycles and UV exposure make caulk brittle, creating gaps where water enters behind siding and trim. Cracked caulk gets completely removed and replaced during exterior prep — painting over failed caulk traps moisture and accelerates wood rot. Window seals and trim joints require fresh caulk before any coating is applied.