ORIGINAL BALLING Liquid Set 3 x 1 L TROPIC MARIN

Tropic Marin Original Balling Refill Set

The Tropic Marin Original Balling Refill Set is designed to recharge the Tropic Marin Original Balling Liquid Set. Each packet dissolves easily in 5 liters of osmosis water, with no weighing required, ensuring a quick and precise preparation of the Balling solutions.

A comprehensive method for perfect ionic balance

The Balling method enriches aquarium water with three essential components:

• Part A: Calcium chloride dihydrate for calcium supply
• Part B: Sodium carbonate or bicarbonate for carbonate hardness (KH)
• Part C: Marine salt without sodium chloride to restore ionic balance

This system maintains a precise balance between sodium and chloride ions, ensuring a water composition identical to natural seawater. It thus provides optimal conditions for the growth of hard corals, soft corals, and red calcareous algae.

Advantages of the Tropic Marin Original Balling Refill Set

• Three easy-to-dissolve salt mixes A, B, and C according to the Balling method
• Perfectly balanced ionic ratio (sodium/chloride)
• No weighing required for preparation
• Ready-to-use solutions that are stable over time
• Simple use: add equal amounts of the three solutions
• Compatible with the Tropic Marin Bio-Actif System
• Suitable for soft corals, LPS, and SPS

Composition

Ingredients

The Tropic Marin Original Balling Refill Set contains:

• Part A: Calcium chloride dihydrate (20,000 mg/l Ca)
• Part B: Sodium carbonate/bicarbonate (2,800 °dH/l)
• Part C: Marine salt without sodium chloride (~3,350 mg/l Mg; ~980 mg/l K)

Application and Dosage

Each packet dissolves individually in 5 liters of osmosis water. Then add daily, separately, equal amounts of each of the three solutions into the aquarium (never mix them together).

Adding 50 ml of each component per 100 liters of water increases the calcium content by 10 mg/l and carbonate hardness by 1.4 °dH.

Maximum Dosage

Do not exceed 150 ml of each solution per 100 liters of aquarium water per day.