500g Fish Tank Water Filter Media Aquarium Filtration Material Sponge Pad - Activated Carbon

Enhance your aquarium’s water quality with our premium fish tank filter media. Specifically designed to improve filtration efficiency, this 500g pack of assorted filter media provides a versatile and effective solution for maintaining crystal-clear water and a healthy environment for your aquatic life. Each pack includes various styles of filter media that cater to different filtration needs, such as removing toxins, stabilising pH levels, and promoting beneficial bacteria growth. Ideal for both freshwater and saltwater tanks, this filter media ensures that your fish thrive in a clean and balanced ecosystem.

Features:

Comprehensive Filtration: This set includes a mix of ceramic rings, bio balls, volcanic rocks, and activated carbon to address all filtration needs—from mechanical to biological and chemical filtration.

Optimised Water Quality: Helps to stabilise pH levels, reduce ammonia, and clear water by effectively filtering out debris, impurities, and harmful substances.

Promotes Beneficial Bacteria: The porous structure of the media provides an optimal surface for the colonisation of nitrifying bacteria, essential for breaking down toxic waste.

Versatile Application: Suitable for use in a variety of filtration systems, including canister filters, sump systems, and internal filters, making it ideal for all types of aquariums.

Long-Lasting and Reusable: Designed for durability, this filter media can be rinsed and reused multiple times, offering great value and long-term filtration.

Specifications:

Material: Ceramic, volcanic rock, activated carbon, and bio-media

Weight: 500g (approx.)

Colour: Natural tones (varies based on media type)

Package Includes:

500g of assorted fish tank filter media (11 different styles included)

Note:

Please clean the filter media thoroughly before first use to remove any dust or particles.

The actual style and colour of the media may vary slightly from the images due to the nature of the materials.