Two Little Fishies Strontium Concentrate Water Conditioner for Aquariums 250ml
Two Little Fishies

Two Little Fishies Strontium Concentrate Water Conditioner for Aquariums 250ml

Regular price R 107.00 Sale price R 75.00

Two Little Fishies Strontium Concentrate 250ml is a liquid supplement designed for marine reef aquariums to restore and maintain strontium levels depleted by reef-building organisms. It helps promote the growth of corals and other invertebrates that form calcareous skeletons. 

Features & Benefits:

  • Purpose: Replenishes strontium to support the growth of corals, calcareous algae, clams, and snails.
  • Reef-safe formula: Created by Julian Sprung, a well-known authority in the reefkeeping hobby.
  • Ingredients: Contains reverse osmosis (RO) purified water and strontium chloride.
  • Product type: Liquid concentrate for easy weekly dosing.
  • Size: 250 ml (8.4 fl oz) bottle.
  • Depletion cause: In closed aquarium systems, strontium is used by marine life and removed by filtration methods like protein skimming. 

Usage and Dosage:

Two Little Fishies Strontium Concentrate is used in the following manner: 

  • Standard dosage: Add one capful per 375 litres (about 100 gallons) weekly for standard reef aquariums.
  • Heavy usage dosage: For systems with dense growth of corals and calcareous algae, increase the dosage to one capful per 190 litres (about 50 gallons) weekly.
  • Directions: Add the dose directly to your aquarium water. 

How strontium benefits your tank

  • Coral skeleton development: Strontium is a vital element for the formation of the aragonite skeletons in hard corals. It can account for up to 1% of the skeleton's weight.
  • Enhances coloration: Some reports suggest strontium can enhance specific coral colours, such as blue.
  • Improved growth: By providing a readily available source of strontium, this supplement promotes faster and healthier growth in hard and soft corals, clams, and other invertebrates.
  • Calcium absorption: It can help improve the calcium absorption efficiency of corals.