Microbe-Lift Aquatic Planting Media
Professional Pre-Colonized Aquatic Planting Media for Pond Plants
Microbe-Lift Aquatic Planting Media is a 100% natural mineral substrate pre-colonized with beneficial bacteria, specifically designed for potting aquatic plants in ponds and water gardens. This professional-grade kiln-fired planting media features enormous surface area that retains oxygen and supports beneficial nitrifying bacteria, providing the ideal growing environment for water lilies, marginal plants, and all aquatic vegetation.
Key Features
- Pre-Colonized with Beneficial Bacteria: Ready-to-use media supports healthy plant growth from day one
- 100% Natural Minerals: All inert ingredients with no fertilizer, compost, peat, or pesticides
- Kiln Fired: Heat-treated for stability and long-lasting performance
- Won't Cloud Water: Will not break down, float, or cloud pond water
Available Sizes
10 lb (SKU: MLCAPM10) - Standard 10-pound bag ideal for potting several aquatic plants or small to medium planting projects.
20 lb (SKU: MLCAPM20) - Professional 20-pound bag for larger planting projects and multiple aquatic plant installations.
Frequently Asked Questions
Q: How is this different from regular potting soil?
A: Aquatic Planting Media is specifically formulated for underwater use. Unlike regular soil, it won't break down, float, or cloud pond water, and it's pre-colonized with beneficial bacteria that support aquatic plant health.
Q: Can I mix this with regular soil?
A: Yes, you can mix Aquatic Planting Media with loam in any ratio to create custom planting mixes for different aquatic plant types and growing conditions.
Q: What types of plants can I use this for?
A: Aquatic Planting Media is ideal for all aquatic plants including water lilies, lotus, marginal plants, bog plants, and submerged vegetation requiring contained root systems.
Q: How much media do I need per plant?
A: Requirements vary by plant size and container. A typical 10-inch aquatic planting basket requires approximately 3-5 pounds of media. Larger plants and containers require proportionally more.