Hecaty Pond Filter Bag – 2-Pack 5-Inch Mesh Pump Barrier for Outdoor Ponds and Water Features

Smart, simple filtration for reliable pond performance

The Hecaty Pond Filter Bag is designed to protect your pump from debris while maintaining steady water flow. Its built-in frame helps the bag hold its shape, ensuring filtration remains consistent and efficient even when the water volume shifts around you.

Crafted from thickened industrial-grade nylon, the mesh is triple-stitched and heavy-duty, ready to withstand routine use, cleaning, and exposure to outdoor elements. The 1.7mm mesh size strikes a balance between catching mid-to-large debris and preserving healthy water movement, which helps reduce the chance of clogging without restricting filtration.

The adjustable drawstring provides a secure closure, so the bag stays in place at the intake even during vigorous water features like spillways or splashing waves. The overall design centers on reliability, ease of use, and long-term performance for a variety of outdoor setups.

Real-world applications span ponds, koi ponds, waterfalls, fountains, and other water features. The frame-inside construction minimizes collapse during installation, while the sturdy material supports repeated use through seasons of cleanups and maintenance. Please verify the bag size fits your pump before purchasing to ensure compatibility with your setup.

Key benefits at a glance

• Protects the pump by intercepting debris before it reaches the impeller
• Inside frame keeps shape for steady, efficient filtration
• Durable, triple-stitched nylon mesh resists wear and tear
• 1.7mm anti-clogging mesh balances filtration with water flow

• Versatile for outdoor ponds, koi habitats, waterfalls, fountains, and pools
• Easy to assemble and remove for quick cleaning and inspection

Two 5-inch bags are included in the 2-pack, making it convenient to swap, wash, and reuse as needed. Regular rinsing helps maintain airflow and prolong mesh life. Remember to check that the size matches your pump inlet to optimize filtration without sacrificing performance.