Aquarium Filtration De*nitrate 250mL

Introducing the Aquarium Filtration De*nitrate 250mL, your ideal solution for maintaining a pristine aquatic environment. This high-quality bio-filtering media is specifically engineered to tackle harmful nitrates, nitrites, and ammonia, ensuring a flourishing aquarium ecosystem. With its exceptional porosity, the De*nitrate promotes robust growth of beneficial anaerobic bacteria, delivering enhanced biological filtration crucial for your fish health. Unlike conventional sulfur-based media, De*nitrate is safe, with no risk of hydrogen sulfide production, making it perfect for both freshwater and marine environments.

For best results, strategically position De*nitrate in your filter setup—whether it's a canister filter, chemical filtration module, or box filter. Ensure that water flow stays below 200 L per hour for optimal performance. The 250mL volume efficiently treats between 100-200 liters of water, depending on initial nitrate levels. Expect to see a substantial decrease in nitrate levels, stabilizing at a safe 4–5 mg/L within days of application. Transform your aquarium maintenance routine and promote healthier fish with De*nitrate – the preferred choice for aquatic enthusiasts.

Ideal for enhancing the water quality in home aquariums and ponds, De*nitrate guarantees clean water, happy fish, and vibrant aquatic plants. Experience the future of aquarium filtration with Smartfox NZ and embark on a journey towards a cleaner aquatic habitat today!
Introducing the premium Aquarium Filtration De*nitrate 250mL, your ultimate solution for maintaining crystal-clear waters and a healthy aquatic environment. This advanced bio-filtering media is specially designed to effectively eliminate harmful nitrates, nitrites, and ammonia, contributing to a thriving aquarium ecosystem. With its high porosity biological media, this product supports the growth of essential anaerobic bacteria, ensuring efficient biological filtration. Unlike traditional sulfur-based media, De*nitrate poses no risk of hydrogen sulfide production, making it a safe choice for both freshwater and marine aquariums.

For optimal results, position the De*nitrate in a suitable filter setup, like a canister filter, chemical filtration module, or box filter, and ensure water flow does not exceed 200 L per hour. With a generous 250mL volume, it is designed to treat between 100-200 liters of water, depending on your aquarium's initial nitrate levels and biological load. Start noticing a significant drop in nitrate concentrations to a safe level of 4–5 mg/L within days of use. Enjoy easy aquarium maintenance and healthier fish with De*nitrate – the smart choice for aquatic enthusiasts. Perfect for ensuring a balanced environment in both home aquariums and ponds, De*nitrate keeps your water clean, your fish happy, and your aquatic plants flourishing. Dive into a cleaner aquarium experience with Smartfox NZ today!

de*nitrate™
Removes nitrates, nitrites, ammonia, and organics
High porosity biological media
Pore size well suited for anaerobic bacteria
No danger of hydrogen sulfide production as with sulfur based mediaDe*Nitrate is an economical natural, porous material with a pore distribution and geometry that promotes both nitrification within the first few millimeters of depth and anaerobic denitrification at the core. The material has a high surface area and supports a high density of bacteria.For best results, de nitrate™ should be placed to assure the flow of water through it, such as in a canister filter, chemical filtration module, or box filter. Flow rate should not exceed 200 L per hour. If higher flow rates are unavoidable, use Matrix™ or Pond Matrix™. It is best to rinse off dust before use. Once de❊nitrate™ has been in use for several days, nitrate concentrations should start to fall and level off gradually at a concentration of about 4–5 mg/L as nitrate. As long as nitrate concentrations remain under control, the product is not exhausted. Each 500 mL of de❊nitrate™ treats about 100–200 L, depending on initial nitrate concentration and the current biological load. Enough should be used to remove nitrate at a rate at least as fast as the rate of formation. If very high nitrates are initially present, they should be brought down to less than 20 mg/L with water changes.