Frequently Asked Questions

Hidden moisture behind damaged drywall causes new patches to fail and creates mold growth. Testing identifies active leaks or condensation that need fixing first. Patching over wet drywall traps moisture and leads to repeat repairs within months.

Foundation movement from seasonal freeze-thaw cycles creates cracks along seams and corners as the house shifts slightly each year. Older Farmington homes show this pattern most visibly near doorways and ceiling lines where structural stress concentrates.

Texture matching uses specific brush and roller techniques to replicate the existing pattern, whether knockdown, orange peel, or skip trowel. The patch area gets blended outward so edges disappear, then painted to match surrounding walls once fully dried.

Two-prong outlets in older homes lack grounding needed for modern appliances and electronics. These outdated circuits can't handle today's power demands safely. Upgrading to three-prong GFCI outlets protects equipment and meets current safety codes for kitchens and bathrooms.

Mineral deposits from hard mountain water accumulate inside faucet aerators and showerheads, reducing flow and causing uneven spray patterns. The buildup also creates stubborn clogs in drains as calcium bonds with soap residue, requiring more than standard drain cleaners to clear.

Vinyl siding needs 1,300-1,600 PSI to avoid damage, while concrete driveways handle 3,000 PSI for deep cleaning. Wood decks require the lowest pressure around 500-600 PSI since high pressure splinters and gouges the surface. Wrong pressure settings cause permanent surface damage.

Temperature inversions trap vehicle exhaust and industrial particles near ground level, coating homes with oily residue that bonds to siding and concrete. This heavy dirt layer doesn't rinse with rain and requires pretreatment with cleaning solution before pressure washing removes it completely.

Vinyl expands in summer heat and contracts in winter cold, requiring quarter-inch expansion gaps along walls to prevent buckling. Without proper gaps, flooring pushes against walls during hot months and creates permanent waves. Mountain weather creates larger temperature ranges than coastal climates.

Subfloor stability checking identifies bounce or movement that transfers stress to grout and tile, causing cracks. Cement board underlayment in bathrooms creates a moisture-resistant base that won't flex like plywood. Level subfloors prevent lippage where tile edges don't align evenly.

Alkali soil expands and contracts with moisture changes, causing floor settling that stresses tile installations from below. This ground movement creates hairline cracks in grout first, then loosens tiles as the substrate shifts. Proper underlayment isolates tile from subfloor movement.

UV-blocking wood sealers with pigment prevent sun damage that turns wood gray and breaks down lignin fibers at higher elevations. The dry air at 4,200 feet accelerates moisture loss, causing cracks and splinters. Reapplication every 2-3 years maintains protection as the sealer gradually wears away.

Wall-mounted systems keep winter gear like snow blowers and skis accessible during cold months without blocking summer equipment stored higher or deeper. Seasonal rotation planning positions frequently-used items within easy reach as weather changes. Floor space stays clear for vehicle parking year-round.