DVH Reefpearls – Advanced Nutrition for Corals and Filter Feeders

DVH Reefpearls are specially formulated feeding pellets that mimic natural plankton, designed to nourish your corals and other filter feeders. Featuring neutral buoyancy and high nutritional value, these pellets ensure minimal pollution with low levels of inorganic phosphates. Their microencapsulated particles remain stable in the water column for 4 to 24 hours, ensuring optimal nutrient absorption.

Available in pellet sizes ranging from 5–200 µm to 500–1000 µm, Reefpearls cater to a variety of aquatic species and are easy to use with automatic feeders for consistent feeding schedules.

Key Benefits:

• High Nutritional Value: Contains 67% protein and essential fatty acids (HUFA).

• Low Pollution: Organic phosphates for better absorption and reduced water impact.

• Long Stability: Microencapsulated particles stable for up to 24 hours.

• Natural Plankton Mimicry: Multiple sizes to suit various coral species.

• Convenient: Compatible with automatic feeders for regular dosing.

Technical Specifications:

• Main Ingredients: Fishmeal, fish oil, lecithin, vitamins and minerals, antioxidants.

• Analytical Composition:

• Protein: 67%

• Lipids: 11%

• Carbohydrates: 4%

• Fibers: 0.6%

• Organic Phosphate: 1.67%

• Inorganic PO4: 0.001%

Feeding Instructions:

1. Photosynthetic Corals (e.g., soft corals): 1–2 feedings per week to avoid overloading nutrients.

2. Non-Photosynthetic Corals (e.g., azooxanthellate species): 2–3 feedings per day in small amounts.

3. Dosage: Start with 1/10 teaspoon per 100 liters of water per feeding. Gradually increase based on coral response and water quality.

Precautions and Recommendations:

• Monitor Water Quality: Regularly test NO3 and PO4 levels to maintain balance.

• Complementary Products: Use DVH BioPellets or a phosphate reactor for optimal nutrient control.

• Observation: Adjust feeding frequency and quantity based on coral response and aquarium capacity.

Learn more on the manufacturer’s official website.