POOL EQUIPMENT
16′ x 40′ Oval Leaf Net Pool Cover
Reinforced Mesh
Debris Protection
UV Resistant
All-Season Utility
Engineered debris management
designed to eliminate the struggle of spring openings by capturing leaves before they decay.
This high-density mesh cover acts as a primary filtration layer for your winter or solar cover, catching heavy organic matter while allowing water to pass through. It is specifically designed for pool owners in wooded areas to prevent sludge buildup and speed up the seasonal opening process. Ideal for 16′ x 40′ oval pools, it features durable construction to withstand heavy seasonal loads.
Equipment Specs
Application:
Debris Management
Pool Type:
16′ x 40′ Oval
Performance:
Heavy-Duty Mesh
Maintenance:
Low Maintenance
Best For
Pools situated under heavy deciduous tree canopies
Reducing organic load on winter covers and water chemistry
Homeowners seeking a more efficient spring opening
Use as a secondary layer over solar or winter covers
Performance Highlights
Material
Reinforced Polyethylene
Fasteners
Winch & Cable Included
Mesh Density
Fine-Weave Debris Barrier
Why You’ll Love It
Advanced Debris Shielding
The fine-mesh weave captures even small leaves and twigs, preventing them from decomposing on your primary winter cover.
Simplified Clean-Up
By simply removing the leaf net once the trees are bare, you eliminate the need for laborious cover pumping and scooping.
Rugged Construction
Utilizes UV-treated materials and reinforced edging to maintain structural integrity against sun exposure and moisture.
Universal Compatibility
Includes a heavy-duty winch and cable system for Above Ground pools, ensuring a secure and specialized fit.
PRO TIP
Remove the leaf net once the trees have finished shedding for the season and the debris has dried. This prevents the leaves from becoming a heavy “sludge,” making the net light enough for one person to easily lift and clear.
Always follow manufacturer instructions and local codes. Proper installation, operation, and routine maintenance help ensure optimal performance and longevity.
