Matala Filter Mat - Medium Density - Green - Full Sheet - SHIPPING EXTRA
MAT-FULL-GREEN
Please Note: Extra Shipping charge required:
These mats are oversized and require additional freight charges. We'll contact you with a shipping quote before your order ships. Alternatively, we can cut the mats in half at no extra freight cost—just let us know when ordering.
Matala Medium Density Filter Media
Matala filter media delivers dual-purpose mechanical and biological filtration in a single, proven solution. These green full sheets use thermo-polypropylene compounds formed into a rigid yet flexible structure that maintains optimal water flow while preventing channeling—critical for healthy pond ecosystems.
Why Choose Matala for Your Pond
The curly fiber design creates micro-turbulence and 3-D water flow, extending contact time between water and biofilm. This gentle mixing increases filtration efficiency, allowing you to use smaller filter tanks while supporting larger biofilm colonies. The high available surface area means more beneficial bacteria can establish, improving water quality naturally.
Key Features
- Medium density balances filtration and flow for most pond applications
- Easy to cut to fit custom filter designs
- Simple to clean without damaging beneficial bacteria
- Long-lasting, eco-friendly material
- Proven in aquaculture, koi ponds, and wastewater treatment
Specifications
Size: Full sheet, 48" × 39-1/2" × 1-1/2"
Density: Medium density
Color: Green
Material: Thermo-polypropylene compounds
Density Options
| Density Grade | Best For |
|---|---|
| Black (Extra Low) | Initial mechanical filtration, pre-filter stage |
| Green (Medium) | Balanced mechanical and biological filtration |
| Blue (High) | Advanced biological filtration, mature systems |
| Grey (Extra High) | Maximum biofilm support, polishing stage |
Gentle Cleaning Approach
Bio-filters thrive on live microorganisms. Clean your Matala media by rinsing with pond water or gently shaking in the filter tank—avoid aggressive scrubbing. This preserves the bacterial colonies that make biological filtration work.