POOL EQUIPMENT
18x36 Rectangle Leaf Net Pool Cover
Reinforced Mesh
Debris Protection
Preserves Chemicals
Weather Resistant
Engineered for seasonal efficiency, this high-density mesh system defends your pool against organic debris and heavy leaf fall.
Designed to install directly over winter or solar covers, this specialized net captures leaves before they decompose and contaminate your water. It is the essential solution for pool owners in wooded areas, significantly reducing spring cleanup efforts and specialized chemical treatments.
Equipment Specs
Application:
Debris Management
Pool Type:
In-Ground Rectangular
Performance:
Heavy-Duty Mesh
Maintenance:
Low Maintenance
Best For
- 18' x 36' In-Ground Rectangular pools
- Pools situated near deciduous or evergreen trees
- Homeowners looking to simplify spring reopening
- Extending the lifespan of primary winter covers
Performance Highlights
Material
Reinforced Poly
Attachment
Water Bag Straps
UV Protection
Advanced Inhibitors
Why You'll Love It
Reliable Performance
The tightly woven mesh allows water to pass through while trapping even small organic matter, preventing heavy, rotting sludge from forming on your winter cover.
Low-Stress Ownership
Eliminate the need for heavy-duty scrubbing in the spring; simply remove the leaf net after the last leaves have fallen to reveal a clean winter cover.
Built to Last
Constructed with high-tensile materials and reinforced edging to withstand wind, rain, and the weight of accumulated wet leaves throughout the off-season.
Easy Integration
Includes integrated hold-down straps specifically designed for use with standard water bags, ensuring a secure fit without complex hardware.
PRO TIP
For the best results, remove the leaf net once the local trees are bare and before the first major snowfall. This prevents the mesh from being weighted down by ice, allowing for a lightweight and effortless removal process.
Always follow manufacturer instructions and local codes. Proper installation, operation, and routine maintenance help ensure optimal performance and longevity.
