12 Feet Round Solar Pool Cover 12 Mil for In-Ground Above-Ground Swimming Pools

● Effectively prevents leaves and debris from contaminating your pool
● Unique bubble design captures and retains solar heat warming the water
● Crafted from high-quality PE material that is wear-resistant and tear-resistant
● Significantly reduces water evaporation by up to 95% saving on water costs
● Easily trimmed to fit any above-ground or in-ground pool for a perfect fit
● Lightweight yet incredibly reliable providing long-lasting protection
● Maintains heat even on cloudy days or at night extending your swimming season
● Acts as a strong shield reducing the need for constant pool cleaning
● Provides consistent water temperature enhancing your swimming experience

● Keep Pool Water Clean: This round solar pool cover acts as a reliable shield effectively preventing leaves and other debris from contaminating your pool. With this cover you can enjoy crystal-clear water without the hassle of constant cleaning.
● Maximize Heat Retention: Engineered with a unique bubble design this 12mil solar pool cover is designed to capture and retain the sun's energy. On sunny days this solar blanket absorbs solar heat and warms up the water degree and on cloudy days or at night it maintains the heat.
● High Quality PE Material: Crafted from premium PE material this bubble wrap pool protector is wear-resistant and tear-resistant. Meanwhile the cover is lightweight yet incredibly reliable providing long-lasting protection and carefree enjoyment.
● Reduce Water Evaporation: This circular thermal cover significantly reduces evaporation by up to 95%. With this cover you can enjoy your pool without worrying about frequent water refills. The diameter of the round cover is 8 FT/12 FT.
● Using Tips: This solar pool cover can be easily trimmed to fit any above-ground or in-ground pool. Simply measure the inside dimensions of your pool add about 2 inches to each dimension and trim the cover to size. NOTE: cut the cover about 2 inches larger to help keep it from shifting during the filtration cycle.