Choosing Patio Screens: Material Durability and Weather Readiness
When choosing patio screens for a Myrtle Beach home, durability and weather performance should lead the decision. The coastal climate brings high humidity, salty air, strong UV exposure, and occasional tropical systems. Homeowners who prioritize robust materials and corrosion-resistant components will get longer life and fewer service calls from their retractable screen systems.
Material options and frame construction
Most retractable systems use aluminum frames because aluminum resists rust and keeps weight low for smooth operation. Look for powder-coated, marine-grade aluminum with stainless steel fasteners. Avoid plain steel in coastal areas—it corrodes quickly and can seize tracks. For the screen mesh, fiberglass is budget-friendly and flexible, while polyester and PVC-coated polyester offer better tear resistance and UV stability. Premium retention systems include side tracks or zipper edges that keep the mesh taut and reduce wind billow.
Real-world example: A homeowner in the Market Common area selected a PVC-coated polyester screen with a sealed side-track system and stainless steel hardware. After two hurricane seasons, the screen’s edges remained intact, and the frame showed no corrosion—saving on early replacement costs.
Weather resistance and maintenance expectations
Coastal wind loads and salt spray mean screens should carry wind ratings and corrosion-resistant certifications where possible. Seek systems with integrated wind sensors for motorized units; these retract the screen when gusts exceed safe thresholds. UV-resistant coatings help preserve color and mesh integrity, particularly on south and west exposures common along the Grand Strand.
Pro Tip: Ask the dealer if the product has a documented wind rating and whether replacement parts are readily available locally. For maintenance, plan semiannual rinses with fresh water to remove salt, as covered in .
Local climate considerations and warranties
Humidity accelerates wear on motors and electronics, so IP-rated motors and sealed housings are smart investments. Verify warranty language for “coastal use”—some manufacturers exclude salt-air environments unless specific upgrades are purchased. Local installers often offer extended service plans adapted for Myrtle Beach weather; this can be valuable during peak storm season when demand for repairs spikes.
Screen Size, Fit, and Operation: Getting the Dimensions Right
Even premium materials underperform if the screen isn’t sized and installed correctly. Homeowners should evaluate span width, drop height, and operating method (manual vs. motorized) to match their patio structure, daily use, and budget. In Myrtle Beach, many patios are open or partially enclosed, requiring customized widths and wind-stable designs.
Measuring spans and selecting track systems
Measure rough openings at multiple points to account for non-plumb columns or shifting foundations in sandy soils. Larger spans (12–20 feet) may require center posts, reinforced headboxes, or high-tension systems. Side tracks enhance wind stability, while cable guides suit smaller openings and breezier days. For screened-in porches, consider multiple narrower bays to control airflow and reduce stress on any single panel.
Scenario: A North Myrtle Beach homeowner with a 16-foot opening chose two 8-foot screens that meet in the middle. This split reduced fabric sag and improved wind performance, while allowing partial opening for pets and easy traffic flow.
Manual versus motorized operation
Manual crank systems cost less but require physical effort. Motorized screens with wall switches or remotes offer convenience, especially for larger spans. Smart-home integration (e.g., with wind and sun sensors) can automate use during midday heat or unexpected gusts. In high-humidity locations, specify sealed motors and ask about surge protection; summer storms can cause power fluctuations.
Pro Tip: If power is not easily available, discuss battery or low-voltage options with the installer. As covered in , pre-wiring during renovations reduces future costs.