Frequently Asked Questions

Pressure washing uses high-pressure water to clean hard surfaces like driveways and sidewalks, while soft washing uses low-pressure chemical application for delicate surfaces like siding and roofs. Soft washing prevents damage to shingles and painted surfaces that high pressure would strip or crack.

Georgia's humidity and warm temperatures create ideal conditions for algae, moss, and organic growth that attach to roof shingles. These organisms hold moisture against roofing materials, accelerating deterioration. Soft wash treatment removes growth without the surface damage high-pressure washing causes to shingles.

Soft washing applies cleaning solutions at low pressure, allowing chemicals to break down algae and organic stains without forcing water behind siding or cracking paint. High pressure drives water into wall cavities and strips finishes, while soft washing relies on solution dwell time rather than force.

Georgia pollen coats windows with a sticky film that smears when wiped dry, and humidity causes streaking if cleaning solution evaporates too quickly. Professional squeegee technique and solution ratios adjusted for local conditions prevent the streaks DIY cleaning typically leaves behind.

Spring cleaning removes winter buildup and pollen accumulation before summer heat bakes stains into concrete. Fall cleaning before holiday seasons addresses oil drips and organic growth from summer humidity. High Georgia humidity means algae and mildew grow back faster than in drier climates.

Storm cleanup that leaves organic debris, broken branches, and ground-in dirt benefits from combined services. After debris removal exposes stained concrete and siding, pressure washing completes property restoration in one visit rather than requiring separate scheduling and site mobilization.

Surface-appropriate pressure settings, correct nozzle distance, and pre-wetting surrounding areas protect landscaping and building materials. Concrete tolerates high pressure, but wood decks, painted surfaces, and windows require reduced PSI. Wetting plants before and after cleaning dilutes chemical runoff.

Eco-conscious methods use biodegradable cleaning solutions, pre-wet landscaping to dilute chemical contact, and control runoff direction away from storm drains. The approach balances effective cleaning with minimizing chemical concentration in surrounding soil and waterways while still achieving thorough results.

Black streaks are gloeocapsa magma algae that feed on limestone filler in asphalt shingles. Georgia's humidity provides constant moisture these organisms need to colonize and spread. The algae retain moisture against shingles, shortening roof life and creating the dark staining visible from the street.

Glass clarity improves noticeably, eliminating the hazy film that blocks light transmission. Frames and sills are debris-free, and streak patterns from previous amateur cleaning disappear. Interior rooms receive more natural light because pollen residue and humidity spots no longer diffuse sunlight passing through glass.

Storms grind organic material into concrete and siding, creating stains that require both debris removal and pressure cleaning to fully restore surfaces. Mature trees common in Georgia drop sap, leaves, and small branches that leave residue pressure washing alone can't address without clearing debris first.

Pre-wetting saturates plants and soil so they absorb less cleaning chemical, and protects surfaces from thermal shock when hot concrete meets cold water. Post-job rinsing dilutes any remaining chemical residue in landscaping and flushes solutions away from plant root zones and building foundations.