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Ultima II 30000 Filters

Ultima II 30000 Filters
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ULTIMA II 30000 filter for Koi ponds up to 20,000 to 30,000 gallons.

To support aquatic life whether at an aquaculture facility, backyard pond or large aquarium system it is essential to remove both ammonia and accumulated debris. The most efficient way to accomplish this is by installing an Ultima II biomechanical filter. The patented media has the highest biofilm surface for bacterial growth. The beneficial bacteria convert ammonia into harmless compounds. In field and independent laboratory testing the Ultima II filter with its patented media is the first to nitrify fish waste.

The dense bed of ridged media traps solids without clumping. Internal jets in the filter are activated during the backwash separating the waste from the media and sending it out the waste line. Backwash is performed simply by rotating the valve.

  • No channeling
  • Minutes to backwash
  • Can handle heavy fish loads
  • Seeded with bacteria
  • Filter can be buried
  • Unique tubular design protects bacteria while dislodging unwanted debris.
    Features: 2" inlet and outlet
  • Dimensions: 48" x 37.5"
  • Pump recommendation: Optimal flow 7,500 gph at 10' of head. Direct drive self priming pumps recommended.

Our prices are too low to publish! Call us for the best possible price! This manufacturer has a Minimum Advertised Price Policy and notified us our prices were too competetive!

Item # Description Price Order
A50301 Ultima II 30000 Filter 3-in. Side Mount Valve C a l l C a l l
A50300 Ultima II 30000 Filter 2-in. Valve C a l l C a l l

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Ultima II 1000 Filters

Ultima II 1000 Filters

To support aquatic life in bodies of water from 500 to 1,000 gallons. The Ultima II 1000 is available in 1-1/2" and 2" Valve sizes. The Ultima II 1000 is designed to support aquatic life in bodies of water from 500 to 1,000 gallons. Optimal Flow Rate 1,000 gph Minimum flow 500 gph Max flow 1,200 gph
Ultima II 2000 Filters

Ultima II 2000 Filters

To support aquatic life in bodies of water from: 1,000 to 2,000 gallons. The Ultima II 2000 is designed to support aquatic life in bodies of water up to 2,000 gallons. Optimal Flow Rate 2,000 gph Minimum flow 500 gph Max flow 2,200 gph Pump Recommendation: Optimal flow 2,000 gph at 10" ...
Ultima II 4000 Filters

Ultima II 4000 Filters

To support aquatic life in bodies of water from: 2,000 to 4,000 gallons. The Ultima II 4000 is designed to support aquatic life in bodies of water from 2,000 to 4,000 gallons. Optimal Flow Rate 4,000 gph Minimum flow 2,000 gph Max flow 4,500 gph Pump Recommendation: Optimal flow 4,000 gph a ...
Ultima II 6000 Filters

Ultima II 6000 Filters

To support aquatic life whether at an aquaculture facility, backyard pond or large aquarium system it is essential to remove both ammonia and accumulated debris. The most efficient way to accomplish this is by installing an Ultima II biomechanical filter. The patented media has the highest biofilm surface for bacterial growth. The beneficial bac ...
Ultima II 10000 Filters

Ultima II 10000 Filters

ULTIMA II 10,000 filter for Koi ponds up to 6,000 to 10,000 gallons. To support aquatic life whether at an aquaculture facility, backyard pond or large aquarium system it is essential to remove both ammonia and accumulated debris. The most efficient way to accomplish this is by installing an Ultima II biomechanical filte ...
Ultima II 20000 Filters

Ultima II 20000 Filters

ULTIMA II 20,000 filter for Koi ponds up to 10,000 to 20,000 gallons. To support aquatic life whether at an aquaculture facility, backyard pond or large aquarium system it is essential to remove both ammonia and accumulated debris. The most efficient way to accomplish this is by installing an Ultima II biomechanical filt ...
Ultima II 60000 Filters

Ultima II 60000 Filters

The Ultima II is specifically engineered to meet the environmental demands of aquatic life. Our patented Ultima filter does the work of two, combining biological and mechanical filtration into one compact package. The internal componenents are designed to accommodate high flow and heavy solids that occur naturally when aquatic life is pr ...
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