Continuum Aquatics Bact Rox M

$123.68
Shipping calculated at checkout.

Product Overview

In a category crowded with options, the Continuum Aquatics Bact Rox M - Porous Biological Filter Media for use in Ponds, Reefs, Marine, and Freshwater Aquariums, Medium, 20 Liter earns attention through practical build and long-term value. weighing 30 Pounds. Notable features include porous biofiltration and biofiltration media, contributing to its thoughtfully designed character.

Key Features

  • Porous biofiltration media to reduce levels of toxic ammonia, nitrites, nitrates, phosphates, and organic materials in Saltwater and Freshwater aquariums.
  • Extremely high surface area: One liter of material provides over 7,500 square feet of surface area for bio colonization.
  • Well suited for reef systems with live rock including FOWLR systems; can be used in canister filter, reactor, or other filters with good water flow.

Why Choose the Continuum+Aquatics Continuum Aquatics Bact Rox M - Porous Biological Filter Media for use in Ponds

The Continuum Aquatics Bact Rox M - Porous Biological Filter Media for use in Ponds, Reefs, Marine, and Freshwater Aquariums, Medium, 20 Liter earns recommendations through its well-made approach and porous biofiltration, both contributing to consistent reliable performance.

Best For

Anyone focused on gift giving should consider the Continuum Aquatics Bact Rox M - Porous Biological Filter Media for use in Ponds, Reefs, Marine, and Freshwater Aquariums, Medium, 20 Liter for its long-term value and well-made design.

Quick Summary

The Continuum+Aquatics Continuum Aquatics Bact Rox M - Porous Biological Filter Media for use in Ponds is a Filter Accessories product by Continuum+Aquatics. Brand: Continuum Aquatics. Liquid Volume: 20 Liters. Item Weight: 30 Pounds. Price: $123.68.

Product Specifications

Specification Details
Brand Continuum Aquatics
Liquid Volume 20 Liters
Item Weight 30 Pounds

Benefits

Nourishing
Hydrating
Soothing

Won't clog pores
Lightweight

Continuum Aquatics Bact Rox M by Continuum+Aquatics