Red Sea No3: PO4-X Nitrate & Phosphate Reducer - Bacterial complex for reducing nitrates and phosphates

The product No3: po4-x It is designed to effectively and safely control excess nutrients in marine and reef aquariums. Each carbon molecule present overall is used by different logs of reducing microorganisms, maintaining a correct ratio of Carbon, nitrogen and phosphorus During the whole organic process. This ensures a constant reduction of the nitrates in gaseous nitrogen and the absorption of phosphates by bacteria, without affecting the charity micro-maca.

Unlike chemical adsorption systems, the use of NO3: PO4-X allows Store and stimulate the natural bacterial population, essential for the biological equilibrium of the aquarium.

Main features

• Complex Organic organic carbon usable from reducing bacteria

• Includes Metal and non-metallic elements that stimulate bacterial multiplication

• Reduces gradually and targeted:

  • Nitrates (NO3)

  • Phosphates (PO4)

• Keeps the beneficial micro-micro and zooxantelle of corals intact

• Prevents UV shock and "hunger of corals" due to sudden nindles of nutrients

• Runs like Complete source of carbon For biological de-nitrators

Benefits for aquarist

• Precise regulation of nutrients without side effects on microbial life forms

• Applicable to all marine aquariums, from domestic reefs to professional fittings

• Protects the population of corals and facilitates healthy and stable growth

• It allows targeted and gradual interventions, avoiding rapid fluctuations of NO3 and PO4

• Supports the biological stability of the long-term aquarium

Recommended dosage

• 2ml every 100l (25gal) per day

• Uniform dosage guarantees controlled nutrient reduction

• Suitable for regular or integrated daily dosages in automatic systems

Available formats

• 500ml - Ideal for small aquariums or initial tests

• 1l - Perfect for medium aquariums and regular use

• 5l - Recommended for large aquariums and continuous use

Applications

• Marine and reef aquariums with corals SPS, LPS and soft

• Organic systems with de-nitrators

• Safe reduction of nitrates and phosphates without compromising microfauna

• Prevention of excessive nutrient problems, such as algal proliferation