Frequently Asked Questions

Soft washing uses low-pressure rinse with biodegradable detergent applied by hand to siding, fascia, and shutters without damaging paint or seals. Pressure washing uses higher PSI calibrated for hard surfaces like driveways, patios, and concrete. Siding needs chemical cleaning at low pressure; concrete needs mechanical force to remove embedded stains.

Red clay particles suspended in rainwater runoff settle into concrete pores and bond to the surface as water evaporates. Mississippi's frequent rain cycles combined with clay-heavy soil mean driveways accumulate new staining within weeks of cleaning. Pressure washing removes existing stains but can't prevent clay deposits from returning with the next storm.

Soil testing identifies nutrient gaps, pH imbalances, and organic matter levels before any fertilizer is applied. Red clay soil common in Brandon typically shows phosphorus deficiency and poor drainage, which affects how Bermuda grass absorbs nutrients. Results determine whether you need lime for pH correction or sulfur, plus the nitrogen-phosphorus-potassium ratio for fertilizer.

Bermuda breaks dormancy when soil temperatures reach 65°F consistently, typically mid-April in the Brandon area. Applying fertilizer too early while grass is still dormant feeds weeds instead of turf. Soil temperature, not calendar date, determines the right timing—late March risks waste, early May misses the growth window.

Pre-inspection identifies whether concrete is sealed by checking water bead behavior—sealed surfaces repel water, unsealed surfaces absorb it. Sealed concrete requires lower PSI to avoid stripping the sealer, while unsealed surfaces tolerate higher pressure. Using the wrong pressure setting either leaves stains or removes protective coatings you've paid to apply.

Dark streaks disappear, siding returns to its original color, and organic growth stops spreading across the surface. You'll notice the difference most on north-facing walls and shaded areas where moisture lingers. Growth won't return immediately, but Gulf Coast humidity will eventually restart the cycle unless you schedule periodic cleaning.

Consistent crew members recognize property-specific weed patterns, turf weak spots, and irrigation issues that rotate crews miss. They adjust mowing height as Bermuda enters dormancy without needing to re-learn the property each visit. Digital records paired with crew continuity mean treatments build on previous results instead of resetting every service.

Square footage of hard surfaces, stain severity, and surface type all affect cost. Oil-stained driveways require degreaser and multiple passes; red clay staining needs different pressure than mold removal. Sealed wood decks take more time than concrete patios due to lower safe pressure levels and careful technique to avoid surface damage.

Mississippi summer heat above 95°F slows Bermuda growth and increases water demand, requiring mowing frequency adjustments and heat-stress fertilization strategies. Applying high-nitrogen fertilizer during peak heat forces growth the turf can't sustain, leading to brown patches. Heat management focuses on root health and soil moisture retention rather than top growth.

Low-pressure equipment treats building facades, breezeways, and common areas with biodegradable detergent scheduled during off-hours or weekends. Landscaping, windows, and signage are protected before treatment begins. The process removes mold and algae without tenant disruption or pressure damage to painted surfaces, stucco, or EIFS siding common in commercial construction.

Different weed species require different herbicide chemistry—what kills crabgrass won't affect nutsedge, and broadleaf killers don't touch grassy weeds. Misidentifying weeds wastes chemical, delays results, and can damage desirable turf if the wrong product is applied. Licensed applicators identify species before selecting the herbicide that targets that specific plant without harming Bermuda grass.