HomeStore

Seachem Phosbond

Product image 1
1 / 4

Seachem Phosbond

Seachem PhosBond

  • Rapidly removes phosphate & silicate
  • Ferric oxide coated aluminium oxide phosphate adsorber
  • High porosity and surface area give it a large binding capacity


PhosBond™ is a revolutionary new product that combines the phosphate removing capabilities of both aluminium oxide and granular ferric oxide into a singular material forming a synergistic effect. It rapidly removes phosphates and silicates from saltwater and freshwater, combining the best of both types of phosphate removers. Its high porosity and surface area give it a large binding capacity, while its physical strength and integrity assures that it will not break down from mechanical stress.

 

Seachem PhosBond

  • Rapidly removes phosphate & silicate
  • Ferric oxide coated aluminium oxide phosphate adsorber
  • High porosity and surface area give it a large binding capacity


PhosBond™ is a revolutionary new product that combines the phosphate removing capabilities of both aluminium oxide and granular ferric oxide into a singular material forming a synergistic effect. It rapidly removes phosphates and silicates from saltwater and freshwater, combining the best of both types of phosphate removers. Its high porosity and surface area give it a large binding capacity, while its physical strength and integrity assures that it will not break down from mechanical stress.

 

Select Size
From $12.05
Seachem Phosbond—
$12.05

Description

Seachem PhosBond

  • Rapidly removes phosphate & silicate
  • Ferric oxide coated aluminium oxide phosphate adsorber
  • High porosity and surface area give it a large binding capacity


PhosBond™ is a revolutionary new product that combines the phosphate removing capabilities of both aluminium oxide and granular ferric oxide into a singular material forming a synergistic effect. It rapidly removes phosphates and silicates from saltwater and freshwater, combining the best of both types of phosphate removers. Its high porosity and surface area give it a large binding capacity, while its physical strength and integrity assures that it will not break down from mechanical stress.