POOL EQUIPMENT
15' x 27' Oval Leaf Net Pool Cover
Heavy-Duty Mesh
Reinforced Construction
Debris Management
Cable & Winch Included
Engineered Debris Filtration designed to eliminate the accumulation of organic matter on your primary winter cover.
This high-density mesh system serves as a professional-grade secondary barrier, capturing leaves and large twigs before they can decompose into a sludge on your winter cover. It is the ideal solution for pool owners in wooded areas looking to simplify their spring opening process. Designed for precise fitment over solar or winter covers, it significantly reduces maintenance labor.
Equipment Specs
Application:
Debris Management
Pool Type:
Above-Ground Oval
Performance:
High-Density Mesh
Maintenance:
Ultra-Low Maintenance
Best For
- 15' x 27' Oval Above-Ground Pools
- Areas with heavy autumn foliage
- Homeowners looking for faster spring openings
- Protection over primary winter covers
Performance Highlights
Mesh Density
Industrial Grade
Hardware
Winch & Cable
Material
UV-Stablized
Why You'll Love It
Reliable Debris Capture
The reinforced mesh allows water to pass through freely while trapping even small leaves, preventing the formation of seasonal muck on your winter cover.
Low-Stress Ownership
Once the leaves have fallen, simply remove the net to reveal a clean winter cover underneath, drastically reducing the effort required for spring prep.
Built to Last
Constructed with ultra-durable, UV-treated materials and reinforced rot-resistant binding to withstand harsh winter conditions.
Complete Hardware Kit
Includes a heavy-duty steel cable and ratcheting winch for a secure and precise fit around the pool perimeter.
PRO TIP
For best results, remove the leaf net after the last leaves have fallen but before the first heavy snowfall. This prevents the net from becoming trapped under heavy ice and makes removal effortless.
Always follow manufacturer instructions and local codes. Proper installation, operation, and routine maintenance help ensure optimal performance and longevity.
