UIRWAY 15FT Round Pool Liner Pad, [2026 New Pool Pad 300G/M² Thicker] Heavy Duty Seamless Under Pool Mat Padding for Above Ground Pools, Black Pool Floor Pad to Prevent Punctures, Geotextile Material - size: Round-15ft

About this item

• 300GSM Heavy Duty Heat-Pressed Geotextile Protection Pad - Engineered with 300g/㎡ high-density double-layer geotextile fabric using advanced heat-pressed technology. This process creates a tighter, more concentrated structure — noticeably stronger and more puncture-resistant than standard 200GSM pads, even though it appears more compact. Focuses on superior durability and long-term pool liner protection rather than ultra-soft cushioning.
• Effective Weed Barrier & Multi-Surface Protection - 300GSM high-density geotextile pad forms a protective shield between ground and pool liner. Blocks rocks, roots and sharp debris while preventing weed growth. Compatible with grass, sand, gravel, concrete, dirt and patios for reliable ground separation and base stability for above-ground pools.
• Precise Pre-Cut Seamless Fit for Easy Installation — Pre-sized specifically for standard 15FT round above-ground pools, perfect fit for Intex, Bestway, and Summer Waves frames. Featuring a seamless one-piece design with no center seam, it creates a smooth base. No cutting or tools needed — quick and easy setup on grass, gravel, concrete, dirt, or patio surfaces.
• Black Color for Efficient Heat Retention - In the heat of summer, exclusive black material efficiently absorbs solar heat and reduce heat loss to the ground, helping warm pool water 2-5°F faster than light-colored alternatives, while supporting more stable pool water temperatures across the pool floor for enhanced swimming comfort.
• Medium Size Coverage & Family-Friendly Durability — This under pool mat 15 ft round size fits popular mid-size family pools and standard backyard layouts; reinforced high-density fibers support regular family use and consistent pool weight without compressing or shifting — ideal for everyday family fun with reliable base stability.