If you are in the US you will need a plug in transformer like this to run the 220v pump: http://geni.us/1zn4 After way too long I finally have the tubes (and FULL KITS) available for sale here: http://filterpro.co.uk or http://stores.ebay.co.uk/Filter-Man-UK/ There is an added bonus as when the supply company sent me samples of different pipes I realised that a short length of smaller diameter pipe could be used to join multiple filters together allowing them to be suitable for much larger tanks. Approx. 500g of biogravel media will fit inside a tube (allowing space for pump and foams). I will soon have small foams available and offer a kit but at present I have the various parts listed on my ebay shop. If you have multiple items you wish to order please let me know by email [email protected] and I will work out a combined price no problem as trying to set that up on ebay is a nightmare - please let me know what country you are in as that has big effect on shipping. I have put the original tube filter video on at the end to show anyone not familiar with the concept how it works and to show how the bubble size can be adjusted. Please note the bubble production on the 320 oxy-water pump operates in tanks up to 12" deep (30cm) and the 450 oxy-water pump operates in tanks up to 18" deep (45cm). Both pumps are 220v with English plug so if you are in US or other countries using 110v you will need a plug in step up converter costing approx. $10 from ebay.com. Users in Europe will simply replace UK plug with Euro plug or use travel adaptor costing around 1-2 euro. Tanks for watching and appreciating the videos. Check out the aquarium related videos playlist on my channel and subscribe for more. Pondguru
It's only taken a year, but I've managed to get the tubes
that I used in my groovy filter, the ultimate aquarium filter.
But what's better than that is that I've got something else as well,
something that allows multiple filters to be joined together.
Now, when I got the sample sent from a wonderful company in China,
who were in fact the only company who would actually send out samples.
Tried ones in Germany, UK,
US and also another one in China that wouldn't send out samples.
This company would send me different sizes
and one of the sizes they sent
was that and that's 60 mil external diameter.
This one is 60 mil internal diameter and that
allows this little one to slot inside the big one.
You might be thinking what's the point in that?
Now you can join multiple filters together
to vastly increase the filtering capacity.
In the design of the first filter there
was issues that people raised with
taking the cable out the side or cutting the plug off
and taking it out the back for neatness
but if you're joining two filters together
this does away with any need to cut the plug off.
All you do is get a sharp knife
that down there now
when you put your pump in here you can take
your cable out of here and just push this together
so your cable comes out very neatly in the middle
and I'll just demonstrate that I'll just cut
a little hole for the pump outlet slot the pump in
And this will be quite difficult because this is a new tube.
They do soften when you put them in water.
They do fluff up a little bit as well,
giving them much more filtering capabilities.
Just attach the airline before I forget.
There you go. That's your outlet.
This pipe actually fits the pump
a lot better than the original pipe that I had.
This one is spot on. Absolutely spot on.
I've actually made quite a wide slot there.
Just wide enough for a cable and an airline.
So all we do, we feed the cable
and the airline into that,
push our tubes together, and hey presto,
cable and airline outlet there.
So that can sit along the back of your tank, this can lead out
to the plug, and it's just a really neat ultra filtering system.
As you saw in the original video,
you can load this up with pretty much whatever you want,
but I'm going to quickly set it up now just to show you how
this big filter would be set up if it was in my tank.
Right so the first thing I'm going to do is protect
the pump from any bits of media that
may become dislodged and make their way towards the impeller.
So I'm going to drop that coarse
bit of sponge in there,
I'm going to put another one in this other side like so,
push them all the way down and that will protect the pump.
It'll still allow water and fine muck,
if there is any fine muck, by the time the water gets to here,
to pass straight through and out and be caught the second time round.
So it will protect the impeller of the pump.
That's it, right down to the pump.
Now, you can just fill this up with loose media if you want to,
but I'm actually going to use it in a little bag.
Unfortunately, I can't seem to get a good,
reliable source for these bags,
so I'm not selling them, but I've put bio-gravel,
which is a form of bio-home, into a little bag,
and I'm going to drop that in here.
Next, I'm going to use some fine particle matting, put in here,
because bear in mind, most of the water is going
to be coming through the end of the filter.
It's going to be drawn in through the end.
So that is there to protect the media that's
to ensure that we've got lovely clean water
hitting the media so it doesn't get clogged.
Next we've got a medium density foam in there that'll
catch the medium muck
and last of all we've got the coarse foam that'll trap the heavy muck.
So really if you think about it most of the water
is going to be drawn in through here,
not so much through the tube because the tube is quite dense,
that's going to filter out the very
very fine stuff.
So from the end we've got coarse, medium, fine, then the media.
So that ensures that
all of the mechanical filtration is going
to be done in here with these three foams,
then the biological filtration
and then we've got our pump spitting the water and air back out.
So all we do is repeat that process on the other side,
push the two bits together,
and there we've got our filter ready to drop in the tank.
Now there's a choice of two different pumps to go in here,
two different pumps that'll draw air in and mix it with oxygen.
And they are the 320 pump and the 450 pump.
The 320 will draw air in down to a depth of one foot,
30 centimetres.
The 450 pump will draw air in down to a depth of 18 inches
which is 45 centimetres.
So just bear that in mind,
I'll also make a note of that in the video description.
Now although the Biohome media is the best media available,
you don't have to use it.
You can use your original ceramic rings,
you can even cut way down on the cost and just use gravel.
In here, it won't do much of a filtering job,
but it'll be better than nothing.
Or, if you're just using this purely for clean water,
you can just pack it with foams.
You know, maybe just have three fine foams,
two medium foams, and two coarse foams in here,
and that'll do a hell of a job of clearing the water,
making it crystal clear.
You don't need any additives or any of that.
Your clarity will come from the foams, and the quality of the foams,
and them being laid out in the correct order.
Water has to be clean before it hits the media, if it's a good media.
If it's a crap media, it doesn't matter.
But good media, like bio-home,
needs to be operating in clean water to be ultra-efficient.
So coarse, medium, fine sponge, that gives you clear water.
Then your biological media, which gives you healthy water.
Pump, drawing air in, shredding it, spitting it out,
that gives you well-oxygenated water.
Well-oxygenated water will boost the performance of the filter,
so everything works in a cycle.
Everything works together for healthy water and clear water.
So there you go.
That's our much bigger filter with a vastly greater filter
and capacity than the first one from the first video.
And really, when you think about it,
there's nothing stopping you adding more onto this.
So you've got one with a pump in, one with all the media,
one with a pump in, one with all the media.
You could carry it on for five, six feet, maybe even more.
Just hide it with rocks.
and you've got all the filtering
work done in the background and as I said before
when this has been in the water a little bit it
goes a little bit more fluffy
and it's the perfect stuff for shrimps and fry to feed from because
the very fine muck settles on here you get loads
of little microorganisms living in and on here
and that's what your fry and shrimps feed on.
So there you go that is me just saying I do
I do actually have the pipes now, finally.
And showing you the new way you can boost
this little filter to suit pretty much any tank.
Thanks very much for watching.
The eBay link to all this gear is in the video description.
I was going to do a ready-made kit,
but there's so many different ways that it can be set up.
I'm just selling all this stuff separately.
I'll also put my email address if you want to combine different things.
And I can give you a price for that,
no matter where you live in the world.
Thanks very much for watching. Catch you in the next video.
Bonjour. Who's up for seeing something strange, yet strangely awesome?
All those who say aye, say aye.
Hope you are as well. Please watch on.
Today, I've got a real treat for you.
This is a real combination of new ideas as far as filtration goes.
This is what I'm going to be making.
Yes, it looks like a lump of bone with the marrow in.
But what are the two wires coming out of here for?
Well, you'll find out.
Before I show you this working I'll show you the components
that are involved in its manufacture and then
I'll explain why I've made it, how I have made it.
Here are the basic components of our filter.
We've got the polyester tube.
We've cut a little slit in here
for the outlet of the pump to poke through.
We've poked a little hole in here for the electric cable and
also the air inlet pipe to fit through.
That comes off there.
And what that is, is an adjuster, so you can adjust how much air
is sucked in, and that affects the size of the bubbles.
And just a quick note, I did have to take the plug off
the pump to get the cable easily through there.
There's no real other way of doing that unless you take
the cable out here, if you want to keep the plug on,
but I'll just cut the plug off and easily attach another one.
This is the pump, and it's quite a special pump.
I don't know why this hasn't been used in aquariums before.
But I'm here to tell you that it's an awesome idea,
it's a really excellent pump and I'll run
through the features when I'm explaining about
the filter in a second. Here we've got two bits
of foam, you can cut your own foam,
you can get big blocks of foam or you can just cram
matting in here. They cap off the ends
and for inside the filter we've got two bags
of filter media. This is Biohome Ultimate,
I'll also explain about that in a moment as well.
So basically we feed our cable
and airline through there,
pump in till the nozzle sticks out of the
little hole, pull that tight just to tidy it up in there.
Then we put filter media in that side
and also in that side and then we cap that off with the foam
which fits in there nice and tight.
Do the same on the other side and that's our filter.
You can go with a bit of pipe here.
You could put a tee piece on there if you wanted
to fire the water two different directions, I suppose.
Or you could put a spray bar on here instead of this pipe.
That way you could have almost like
a fine bubble wall, like a mist wall.
The possibilities are endless, really.
But this is our filter.
This will eventually get covered in algae,
which will feed all sorts of microorganisms, fry and shrimps.
The whole filter is basically a feeding station for those things.
Most of the water will be drawn in each end,
but it'll also be drawn in through the body of the filter itself.
So you've got foam, you've got filter media,
which in this case is BioHome Ultimate, best media you can get.
This filter's basically going to sort out ammonia, nitrite,
and nitrate, and if you don't know much about the BioHome media,
just look through my previous videos,
and I'll also put a link to associated BioHome videos
in the description of this video.
So either side of the pump we've got the media,
and either side of the media we've got the sponge.
You can of course just pack this with fine particle matting or sponge
if you just want a straightforward filter to make the water clear.
The idea of this one is though it makes it clear
and exceptionally healthy.
When this white polyester tube becomes totally blocked,
all you do, you pull your filter apart.
Hand wash it out or stick it in your washing machine with no chemicals
and it'll totally clean it.
It's a fully washable filter
and if the pump goes all you do is just take your little tube off here,
pull it apart, take the pump out,
put a new pump in and your filter's as good as new. So this filter
will not only mechanically and biologically help your water
but i.e. it should make it perfect.
But it can also chemically clean it as well, all you would need
to do if you wanted to chemically clean the water as well,
take one of these filter medias out, and just put carbon in, purigen,
basically anything that would suck in the muck in the water.
You could even put a peat ball in here actually,
if you wanted to condition the water as well, pull that out,
take your media out of this side, put a peat ball in here,
so as the water's being drawn over it,
It's going to reduce the pH and spit it out for your low pH fish.
You can do so much in this little filter, but that's not all.
Because of the design of the pump,
it will also aerate the water as well without the use of an air pump.
And the size of the bubbles can be adjusted to make it run silently.
And the reason I went for a silent way to aerate the water is...
Because I know a lot of people have fish tanks in their bedrooms
or in their living rooms and quite often they switch the air pump off
because it makes too much noise with all the big bubbles popping.
Air pumps want to go 24-7
so that the oxygen levels in the tank stay high.
If you switch it off they crash and then they go back up again
when you switch it on and then they crash when you switch it off.
This way your oxygen levels in the tank are going to stay very constant
and I'll show you just how well this produces air in a second.
But first of all, I'll explain a little bit more about this pump.
This is, I think, a 320 litre an hour pump.
You can get 450 litre versions as well,
which I do hope to have available for sale pretty soon.
And a lot of people will be thinking it just looks like
a little water feature pump, and it does.
But these are actually used for hydroponics.
And what this does, it sucks water in,
but it also sucks air in as well.
And the important thing is where it sucks the air in.
On a standard pump, it would suck air in at the outlet.
So it would have a little venturi that as the water
was flying over the little access hole,
would drag air in and blow bubbles out.
That can be quite noisy.
What this pump does,
it sucks air in at the same point that the water gets drawn in,
before the impeller.
So it sucks air and water in at the same time.
The impeller shreds the air,
so it makes tiny little bubbles, and then it spits it out.
Really highly oxygenated water.
Not just water with air in.
It's shredded air.
And that's so important.
Not only from a useful point of view,
because the tiny little bubbles go right around the tank.
They don't just bubble off.
But also from a noise point of view as well,
because that makes this really, really quiet.
And the fact that it's in a polyester tube means you're
not even going to get noise from vibrations.
This is basically a muffler.
Keeps all the noise in here for silent operation.
There you go, you can see exactly where it spits out now.
You don't need that on though.
Just take that off.
See the end sticking through there?
Water's just going to come straight out of there.
So I guess now we'd better see this thing in action.
Right, here we go.
Big switch on.
Right, the filter is actually working there.
But there's no air coming out.
Ah, now there is.
So it can have huge bubbles, or if I adjust this by turning it down,
watch what happens to the bubbles.
Look at that, tiny.
You shut it down so there's really microscopic bubbles coming out.
And now they're going all over the tank.
They're not just shooting straight to the top.
And that makes such a difference when you're aerating water.
Open it up a little bit more.
I mean, that's just beautiful.
Absolutely beautiful.
Look at that.
And the fish love it.
And you can just imagine
when all of this polyester gets filled with muck.
Algae grows on here, you're going to have shrimps
and platy sucking that, you're going to have fry feeding from it,
feeding off all the microorganisms that attract themselves to this.
Now I know a lot of the fellas that breed fish and also keep shrimps
love foam filters because they attract muck to them, microorganisms
also get attracted there and breed on there, and your fry
and your shrimps, your plecos as well, feed from the foam filters.
This is really just an evolution of that idea,
but it takes it to the next level.
And not only is the filter moving water, it's aerating water,
it's controlling ammonia, nitrite, and nitrate.
It's also supporting other life,
which in turn will feed the inhabitants of the tank.
I'm particularly pleased with this idea.
I just need to find out where to get those polyester tubes.
And I do possibly have a source for those,
so keep your eye on future videos.
I should have these available fairly soon.
I've already sourced the pumps,
and really everything else is just up to you,
what you put in, you put anything in,
but you need that sort of pump and that sort of tube.
I'm hoping
to get
those
soon.
If you've made a similar filter from this idea,
or you've made some of the moving bed filters
that I brought out years ago,
I would love it if you send me the link
and also allow me to use some of the footage,
because I do intend doing a video of
People who have evolved my ideas
because I just put the ideas out there but I love it when people
take those ideas and evolve them
and make them into something better. If I was big headed I
would say it would be pretty hard to make that better
but I'm sure you can do it. There's the idea
you run with it. All I ask is that if you
do make something very similar using this idea
you just remember where you saw it first
because I've seen so many moving bed filters
And some of them from big channels who just pass it off as their idea.
It isn't.
Moving bed filters isn't my idea.
It was just my idea to use them in a tank.
And on the subject of moving bed filters,
there is actually some new media out.
So I'll be showcasing that in an upcoming video as well.
If you've liked this video...
Hit the thumbs up button, much appreciated,
and feel free to share this video on any Facebook group pages,
forums, websites, wherever you want to share it, please share it.
Because the more informed we can make
people about proper filtration practices,
the happier the inhabitants of our aquariums are going to be.
So there you go, there's another unusual
and highly effective idea from the twisted mind of PonGuru.
This filter really does it all. It shifts water about like a pump does.
It aerates the water like an air pump does. It's fully customisable
so you can use it for pretty much whatever purpose you want.
Whether that's mechanical filtration, biological filtration,
chemical filtration or a combination of all three.
It supports microorganisms which will feed your fry
and also your shrimps and plex. It costs very little to run.
And if any part of it breaks down,
you simply substitute something else.
Getting all of those things to work within
a small area is a bit of a holy grail.
I don't think I've made the perfect filter,
but there's enough about that filter
to make me ridiculously confident that it could handle a large tank.
So keep checking my eBay store, when I do source a regular supplier
of these tubes and also the pumps, they will be available on there,
and I may even make up full systems as well, because this really is,
maybe it's not the ultimate filter, but it's pretty damn close.
So as far as this idea goes, don't thank me, thank somebody called Wes.
I've been conversing with him via email for the past few weeks,
and it was him that sent me this tube.
Obviously it was a little bit longer than it is now
and I've taken a bit out, but he sent me this and said
see if you can do anything with this, it might be good for a filter.
As soon as I saw it, I thought I know
exactly what I'm gonna do and I know exactly
the pump I'm gonna use in here.
So thanks very much to Wes.
Without you, I would never have made that filter.
There's gonna be quite a lot of aquatic videos, so if you're
not subscribed, please subscribe and thank you very much for watching.
I am no man, and therefore I am Porn Guru.