Spherical ceramic media
The round porous body gives the media a clear shape difference from rings, rods, blocks, and mixed ceramic pieces.
Ceramic Ball Media
Bio Ceramic Balls
UJW Bio Ceramic Balls are spherical porous ceramic media for aquarium and pond biological filter packs. They are ceramic balls, not lightweight plastic bio balls, making them a separate product type from wet/dry plastic carrier media.
Product Features
Porous ceramic surface
The ceramic body provides surface area for beneficial bacteria in aquarium and pond biological filter media packs.
Ceramic, not plastic
The ceramic body and spherical form keep the item distinct from plastic bio balls or plastic carrier media.
Product Overview
Spherical porous ceramic media for aquarium and pond filter packs.
Bio Ceramic Balls give aquarium media packs a round ceramic format instead of another ring-shaped media. The spherical shape is easy to recognize in clear bags, jars, and mixed media assortments.
The porous ceramic body supports bacterial colonization in biological filter systems. Because the product is ceramic, it should not be confused with plastic bio balls used in wet/dry or moving-bed style filtration.
Different colors and surface textures can be reviewed by sample, especially when the balls will be used beside rings, rods, or mixed ceramic media in the same product family.
Product Photos
FAQ
Are these the same as plastic bio balls?
No. They are porous ceramic balls, not plastic wet/dry bio balls or plastic carrier media.
Why use a ball-shaped ceramic media?
The round format gives the pack a different appearance from ceramic rings, rods, and mixed-shape media while staying in the porous ceramic media category.
Can the color or visual style be discussed?
Yes. Available colors and surface styles can be checked by samples before the item is added to an aquarium or pond media range.
Can Bio Ceramic Balls be combined with other ceramic media?
Yes. They can be used as a separate ceramic ball item or combined with rings, rods, and mixed-shape media in broader biological media ranges.
