Aqua Natural Oolitic Aragonite 10lb Aquarium Sand for Reef, Saltwater and Marine Tanks and Aquariums

Price: $15.45
(as of May 05, 2024 06:41:37 UTC – Details)

Bahamian Aragonite Aquarium Sand is the ideal substrate for marine, reef or African Cichlid aquariums. It is a pure Oolitic Aragonite sand collected from the crystal clear oceans of The Bahamas, with no harmful tar, organics or impurities. This aquarium sand has unsurpassed buffering capability and helps maintain a natural pH balance of 8.2 without the constant addition of chemicals. One kg of Oolitic Aragonite Aquarium Sand offers over 1 million sq. cm of surface area providing a huge space for housing ammonia, nitrate and nitrite reducing bacteria. This substrate is a fine sand comprised of calcium carbonate (aka aragonite). Calcium carbonate is a naturally occurring salt water component and can make water cloudy when disturbed. Calcium Carbonate also acts like a flocculant. Flocculants will help your filtration capture more particles, leaving you with crystal clear water as the cloudiness is filtered out. Also, any cloudiness is not harmful for fish and will resolve within a few hours/days of filtration. Over rinsing of this substrate is not recommended due to the chemical composition of aragonite. Oolitic Aragonite Sand is the ideal grain size for reef tanks, fish tanks, plenum systems and refugiums, but is not recommended for high flow aquariums that are SPS dominate.
Product Dimensions ‏ : ‎ 12.5 x 10.63 x 2.5 inches; 9.92 Pounds
Item model number ‏ : ‎ ARAGO010
Date First Available ‏ : ‎ August 27, 2019
Manufacturer ‏ : ‎ Pisces USA
ASIN ‏ : ‎ B07X6VKYDL
Country of Origin ‏ : ‎ Bahamas

Unsurpassed buffering capability – keeps pH at a stable 8.2
98% pure calcium carbonate – no impurities like other sands
Naturally renewable oolitic aragonite from a sustainable source
Pisces is the only company that has a lease with The Bahamian government to harvest aragonite
Intended for use with saltwater/marine aquariums.
Calcium Carbonate is a flocculant. Cloudiness is expected and will be removed via filtration resulting in dramatically clear water.