Aqua Ultraviolet Aqua Ultima II 6000 Filter 2 inch Valve 6000 Gallon Pond

Description

Aqua Ultraviolet Aqua Ultima II 6000 Filter
2 inch Valve 6000 Gallon Pond
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The Ultima II - YouTube
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Aqua Ultima II 6000 Filter 2 inch Valve 4000 to 6000 Gallon Pond
To support aquatic life in bodies of water from: 4,000 to 6,000 gallons.
Optimal flow rate 6,000 gph
Minimum flow 3,000 gph Max flow 7,500 gph
Pump Recommendation: Optimal flow 6,000 gph at 10' of head. Direct drive self priming pumps recommeded
technical assistance message
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,
this beneficial bacteria converts 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.
Media will not "clump" together.
Compact filter can be buried.
Works with low-amp, high flow pumps.
Minutes to Backwash.
Heavy fish loads.
Seeded with natural bacteria
Bio-Tube Aquamedia.
Ultima II Filters
Combines both biological and mechanical filtration in one compact body.
Simply by rotating the valve the patented cyclonic backwash system does
the dirty work. In just minutes the internal jets clean the filter for you.
Ultima II Filters are designed for high flow rates, extreme fish loads, and elevated feed rates.
How is the Ultima II different than a Bead Filter?
Bead filters use raw pellets Bead filter manufactures just take these inexpensive pellets
and load them into a filter body as is. The wax based plastic and smooth shape encourages
clumping which is an inherent problem in bead filters. Some bead filter owners have been
forced to backwash every day to prevent this clumping.  When the beads stick together,
water and waste pass around the large mass making much of the beads surface inaccessible.
This allows untreated ammonia and solids to pass right through and return to the pond.
Ultima Media is specifically designed to support aquatic life
Using non wax based plastic Aqua Ultraviolet extrudes a patented media with the highest
surface area of any on the market. The small tubular design has ridges on the outside
and a cross section on the inside increasing bio surface area and preventing clumping.
The ridged design helps to create a dense bed for superior trapping of solids that is
easily separated during the backwash.
How can the  Ultima II filters be smaller than bead filters and handle more fish
The Ultima II patented media design has 800 cubic feet of surface area per square foot.
This is the highest surface area of any product on the market. The high surface area
means less volume of media is needed so the filter itself can be smaller.
Backwashing a bead filter may not be enough
When you try to backwash a bead filter the biggest problem is large masses of beads stuck
together by the waste material. Specialized blowers are often not enough to break them apart
and remove the debris. It isn’t unusual to see the pond owner with the filter apart breaking
up the clump with a stick. Bead filter manufacturers list ease of accessibility to the beads
as a selling feature because this is often necessary.
Ultima II Backwash is easy,
The Ultima II Filters are manufactured to make maintenance a snap. Using non wax based plastic
Aqua Ultraviolet extrudes a patented media with the highest surface area of any on the market.
The small tubular design has ridges on the outside and a cross section on the inside that prevents
clumping and facilitates the removal of waste. The ridged design helps to create a dense bed for
superior trapping of solids that is easily separated during the backwash. The Ultima II patented
cyclonic backwash is aided by jets in the standpipe that lift the media bed and spin it easily
separating the waste and flushing it out the waste line
Do bead filters or Ultima II’s begin handling ammonia first?
Bead filters take weeks longer to begin nitrifying fish waste.
Independent laboratory tests show that the Ultima II is the first filter on the market to convert
ammonia to safe compounds in 2-4 weeks from installation. Bead filters begin this process at 6 weeks.
Both the Ultra Media’s superior biofilm area and the natural bacteria that is seeded in every new
Ultima II Filter contribute to this significant advantage.
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