€3.99*
Content:
0.5 kilogram(s)
(€7.98* / 1 kilogram(s))
More than 30 available.
Immediately available, 2 - 3 days delivery time within Germany.
Delivery times for other countries see here.
Item no.:
50451
Shipping weight:
0.41 kg
• Ceramic rings 0.5 kg
• SunSun HJS-30
• Mechanically working filter medium
• For the removal of suspended particles
Product information "0.5kg aquarium ceramic rings for colonization by nitrifying bacteria"
Ceramic glass rings for the placement of internal or external filters
Mechanical working filters are mainly used to remove suspended solids.
By their special shape and large surface, ceramic rings provide an ideal water turbulence in the filter basket. Thus, suspended particles can be deposited during the descent whereas coarse dirt particles are removed from the water cycle.
They provide optimal conditions for the settlement of filter bacteria and by this means reduce the nitrite peak loads better than any conventional filter materials.
Due to their small size ceramic rings can even be used in the smallest components of indoor, outdoor, and cascade filters.
Mechanical working filters are mainly used to remove suspended solids.
By their special shape and large surface, ceramic rings provide an ideal water turbulence in the filter basket. Thus, suspended particles can be deposited during the descent whereas coarse dirt particles are removed from the water cycle.
They provide optimal conditions for the settlement of filter bacteria and by this means reduce the nitrite peak loads better than any conventional filter materials.
Due to their small size ceramic rings can even be used in the smallest components of indoor, outdoor, and cascade filters.
Properties "0.5kg aquarium ceramic rings for colonization by nitrifying bacteria"
Abmessungen: | 18 x 16 x 16 mm |
---|---|
Durchmesser (Innen): | 8 mm |
Farbe: | weiß |
Innendurchmesser (ID): | 8 Millimeter |
Material: | Keramik |
Produktart: | Aquariumfilter |
Wasserart: | Brackwasser, Salzwasser, Süßwasser, Teich |
präzise Produktart: | Filtermaterial |