The Continuum advantage.
Discus Elements•T mineral complex replenishes crucial minor and trace minerals lost to filtration and plants in Discus and other soft water habitats. It is also useful for other freshwater fish from harder water environments. It contains no heavy metals, phosphates, silicates, gluconates, or polygluconates.
Use in aquarium keeping.
For best results, use purified water prepared by reverse osmosis, deionization or distillation. Then use Continuum Flora•Viv Reconstitute RO to replace essential minerals removed during purification and create a mineral composition common to river habitats. Next buffer the water, as needed, with Flora•Viv KH+ to stabilize the pH by increasing the alkalinity to the desired value for the species of fish.
FAQ
What types of fish benefit from Discus Elements•T?
Discus Elements•T is particularly beneficial for Discus and other soft water fish. It also supports freshwater fish from harder water environments by replenishing essential minor and trace minerals.
Does this product contain any harmful substances?
No, Discus Elements•T contains no heavy metals, phosphates, silicates, gluconates, or polygluconates.
How should I prepare the water before using this product?
Use purified water prepared by reverse osmosis, deionization, or distillation. Then use Continuum Flora•Viv Reconstitute RO to restore essential minerals, followed by Flora•Viv KH+ to stabilize pH and alkalinity as needed.
Connor King –
I’ve been using Discus Elements•T for several months now and noticed a significant improvement in my discus fish’s color and overall health. The water stability has also improved, which is a big plus for maintaining a consistent environment.
Anne Lee –
The product works well in my soft water setup. I combined it with the reconstitute RO and KH+ products as recommended. My fish seem more active and the water parameters have stayed stable over time.
Faith Harris –
After switching to this mineral complex, my aquarium water has a more natural mineral balance. My discus fish have shown better growth and less stress, especially during water changes.