Skip to content
HOLIDAY CLOSURE- We are closed until January 7. For Christmas Trading details please click here. Take 10% off with code CHRISTMAS. Ends December 31.
HOLIDAY CLOSURE- We are closed until January 7. For Christmas Trading details please click here. Take 10% off with code CHRISTMAS. Ends December 31.

Oliver Knott Pond Salt 1kg

CODE SALT009
Original price $32.95 - Original price $32.95
Original price
$32.95
$32.95 - $32.95
Current price $32.95
Availability:
3 in stock.

Oliver Knott Pond Salt contains essential electrolytes and is mineral rich in calcium, magnesium and iron which can help improve water quality by removing ions and replacing lost trace elements during water changes.

Harvested through advanced solar evaporation techniques from the waters of the world famous Australian Great Barrier Reef, this aquarium salt is like no other in the world.


Directions
Use 80g (~5 tablespoon) for each 200L (50 US gallons).
Use when setting up a pond and when making water changes. It is best practice to first dissolve the salt in a small amount of freshwater before use. Only use salt during a water change, not when replacing evaporated water.


How to calculate the water volume in your pond
Pond Length x Width x Water level height
in cm and divide by 1 ,000 for litres.

Oliver Knott Pond Salt contains essential electrolytes and is mineral rich in calcium, magnesium and iron which can help improve water quality by removing ions and replacing lost trace elements during water changes.

Harvested through advanced solar evaporation techniques from the waters of the world famous Australian Great Barrier Reef, this aquarium salt is like no other in the world.


Directions
Use 80g (~5 tablespoon) for each 200L (50 US gallons).
Use when setting up a pond and when making water changes. It is best practice to first dissolve the salt in a small amount of freshwater before use. Only use salt during a water change, not when replacing evaporated water.


How to calculate the water volume in your pond
Pond Length x Width x Water level height
in cm and divide by 1 ,000 for litres.