A.R.M. Calcium Reactor Media

Welcome, please sign in

MY ACCOUNT |

MY CART

[ 0 ITEM ]

Additives & Water Conditioners

Air Pumps & Accessories

Aquariums

Books

Calcium Reactors & Media

Chillers

Controllers & Monitors

Coral Propagation Tools

Decorations

Dosers & Top Off

Feeding Accessories

Filter Media

Filters

Food

Food Supplements & Vitamins

Heaters & Thermometers

Lighting

Maintenance & Cleaning

Medications

Miscellaneous Supplies

Overflow Boxes

Pest Control

Plumbing Supplies

Powerheads

Protein Skimmers

Pumps

Reverse Osmosis Units

Sand & Substrates

Sumps & Refugiums

Testing Equipment

Test Kits

UV Sterilizers

Wave Makers

You are here: Home » Aquarium Supplies » Calcium Reactors & Media » A.R.M. Calcium Reactor Media

A.R.M. Calcium Reactor Media

Caribsea


	Adds calcium, carbonate & trace elements
	Very large surface area for maximum efficiency
	Ready to use

Description

A complete reactor media containing not only calcium and carbonate, but essential trace elements as well. In fact A.R.M. has nearly 50 times the strontium of other brands (7390 ppm). A.R.M. is processed for immediate use, no rinsing required, and has double the surface area of regular aragonite. Precision grading (2-3mm) allows for maximum carbon dioxide penetration, and the exclusion of gastropod shells insures the lowest phosphate (less than 1/10 of 1 ppm)* and silica (about 1/2 that of other brands) content. This grading also carries in the highest concentration of Halimeda incrassata, an aragonite so pure it has been used as a laboratory standard. A.R.M. has the highest solubility of any reactor media available (metastable at 8.2) so CO2 consumption is much lower.

*may require additional shipping charges due to weight and/or size

Tech Notes

Graded and Processed for Immediate Use, NO Rinsing Required. Works in any sort of commercial calcium reactor. All calcium reactor media have the potential to release small amounts of phosphates. ARM is made of extremely pure forms of aragonite so it is much lower in phosphates than other reactor media.