How to Choose a Zeolite and Why – Have you heard of Colloidal Zeolite

Zeolites, ancient minerals, are gaining attention for their potential health benefits, especially in removing toxic metals from the body. They can improve sleep, focus, and gut health, and even treat conditions like cystic acne. To see results, one must drink plenty of water as the toxins are expelled through urine. Zeolites also promote good bacteria, improve immune function, and can be used in various applications, including purifying oxygen and storing hydrocarbons.
Zeolite is a natural mineral with health benefits, including the ability to bind to and remove harmful compounds like heavy metals from the body. It comes in different forms and sizes, with micronized powder being the most effective for health applications. However, it’s crucial to use activated zeolite, which has had all metals removed, to avoid consuming harmful substances. Also, avoid using metal spoons with zeolite as it can absorb the metal ions, potentially contaminating the process.
The text discusses the differences between zeolite and fenbendazole, explaining that zeolite likely wouldn’t absorb fenbendazole due to their differing properties. It also details a series of tests comparing different types of zeolite and fenbendazole, including their reactions in water and vinegar, and their weights. The results show that different products have varying qualities and weights, and the author suggests choosing high-quality products for best results.
The text talks about a product available only on the website parasitedefense.com. Each purchase includes a half teaspoon measuring spoon. The website also provides more information and education about the product.

If you’re looking for a way to detox from heavy metals and improve your gut health, zeolites could be your answer. Zeolites are thought to improve your sleep, give you better focus and decrease your brain fog. They may even treat things like cystic acne. And you can see here some pretty impressive before and after photos of before starting intake of zeolites and after. So if by now you’re wondering what are zeolites? They’re an ancient mineral that’s gaining more and more notoriety and attention because of their potential health benefits, most notably that come from eradicating toxic metals from the body.

In order to see the results with zeolites, you got to drink a lot of water because it’s thought that the toxic metals come out through the urine. How long do you have to stay on detox and will it cause upset stomach or diarrhea? If you’re new here, my son was completely non verbal at three and a half and within one week of zeolite detox he was talking in sentences. Go back and watch my previous videos. My three and a half year old was completely non verbal and I put him on a zeolite spray. Within a week he was talking.

I got this question and I want to answer it. I did not change his diet. I did not change anything. I saw a lot of other people that had great results using a zeolite spray and I wanted to try it for myself and it worked. Like within a week he was talking, he was talking in sent and I mean he was saying like one word and like grunting and stuff like that and it was insane, mind blowing. I recommend it to anyone, even adults. Like I did the zeolite spray detox and it worked. So to answer your question, we do ours for like two months and we do it about once a year.

My children did not have any stomach issues or diarrhea. I myself did have some, but I have a lot of stomach issues anyways so it’s totally could have been just me. But no, my kids did not have any issues with their stomach on the detox. Oh, I still get questions on the zeolite heavy metal detox. Hi, I’m Britain. I deep dive into the science of natural remedies. So I got this private message. I blocked out their name but I thought everybody could benefit from the response. Can you take probiotics while doing a zeolite detox? I’ve gone over this critical review of zeolite clinptolite safety and medical applications.

We know it improves your intestinal status, like your gut lining. But it also improves microbiota. The more we look into it, the cooler it gets. It actually promotes good bacteria like probiotics and gets rid of bad bacteria like H. Pylori or E. Coli. From this study. Zeolite and neurodegenerative diseases on mdpi, we know zeolite has been shown to influence intestinal health in a number of interconnected ways and it has direct beneficial effects on the microbiome. Specifically, it decreased E. Coli, improved the good bacteria Lactobacillus acidophilus, and decreased the load of bacteria related to obesity, IBS and Crohn’s disease.

Yeah, there is science that says good probiotics can have an effect on weight gain, obesity and weight loss. In turn, Lactobacillus and Bifidobacterium are increased while simultaneously decreasing the amount of bacteria that causes respiratory, urinary and wound infections. Zeolite detoxes heavy metals, histamines, alcohol and ammonia. And by reducing ammonia, it improves immune function and the intestinal barrier. From this study. Now, in order for H. Pylori, another nasty gut bacteria, to survive in your body, it has to create a biofilm to protect itself from from stomach acid. The only way it survives, zeolite disrupts the enzyme in the biofilm.

Check this out from this open access paper. H. Pylori are resistant to antibiotics, which makes them extremely hard to treat. To increase the eradication rate, you can up the good bacteria with probiotic supplements. But another possible way to fight H. Pylori is to remove the ammonium ions that surround the bacterium. Zeolite soaks up that ammonia and then you excrete it. Recently it’s been reported that growth of H. Pylori can be inhibited by sodium loaded clinoptily, which is zeolite, capable of removing ammonium through ion exchanges. Zeolite does a mineral exchange, a cation exchange, removing the ammonia, ammonium and depositing sodium, potassium, or whatever it’s preloaded with, thereby having an antimicrobial activity against bad bacteria.

So what you’re looking at is multiple zeolite products. Here, here I’m going to go over each different kind and you’re going to hear everything that you need to hear about zeolite, how it works, the different kinds. So stay tuned. You’re going to like this. This right here is a zeolite. Zeolite is a group of minerals. There’s not one mineral that’s called a zeolite, but it’s a family of different types of minerals. What makes all these zeolites unique is that they can ooze out water when you heat them up. In fact, the name zeolite means boiling rock.

So when you heat this up, these crystals will slowly leak out water, and it’s a substantial amount of water as well. When they cool off, they resorb that water back into their crystal structure. How they can do this is that on an atomic level, there are microscopic or atomic pores that can move atoms in and out of the crystal, depending on the temperature or pressure that the crystal is under. We can take advantage of that property by not only just absorbing water as well, but absorbing heavy metals that might be associated with the water. For example, radioactive waste.

We can move radioactive waste that’s in an ocean or in a river, put the zeolite in it, and the zeolite will absorb water and also will selectively absorb the radioactive materials. We can do this with lead in people’s soils, in their backyards. We can do this with organic contaminants as well. There’s so many applications for this type of mineral for environmental and technology. These zeolites are also used to purify oxygen for oxygen generators. That was particularly important during the early onset of COVID in 2020, where zeolites were used for separating oxygen from other gases. This mesolite group of crystals, these are what we call acicular crystal growth.

And you can see that they grow and they radiate out from a central point down here. Now, this grew within a much larger cavity that was filled with liquid. And the crystals grow into that cavity and present themselves like this. Now, why they grow in this needle shape like this, that’s something that we don’t really fully understand right now. There’s no way of predicting the shape of the crystal as it’s growing, but there is a way of predicting the angles between all of the crystal faces. So sometimes this crystal grows as needles, sometimes it grows as plates, and other times it grows as, like, really short, tabular type of crystals.

How they grow like that all depends on the environment that they are growing in. Zeolites are really fascinating, beautiful, and incredibly useful materials. They’re actually used to make all the high octane gasoline that we use in the world, the millions and billions of gallons. A representative and characteristic zeolite beta application is hydrocarbon storage. After the cold start of a car engine at low temperatures, no catalytic decomposition of the hydrocarbons is possible. However, the zeolite beta, with its high capacity of capillary structures, provides intermediate storage for the hydrocarbons until the temperature of the exhaust gas flow is high enough to convert them to carbon dioxide and water.

In the presence of atmospheric oxygen, chabazites are able to adsorb water molecules from the gas phase up to 30% of their own weight. During adsorption, these water molecules bind to the zeolite surface and emit energy. This technology allows renewable resources such as solar energy to be used as efficient sources of heat, for example, in heat pumps. To generate heat efficiently with low power consumption, the process is reversible and sustainable. The water molecules can be removed from the zeolite material so that the process can be repeated as often as required. If this white powder looks ordinary to you, take a closer look, much closer.

This is a zeolite. A zeolite is a crystalline material composed of silicon, oxygen and varying amounts of aluminum. This structure contains microscopic channels, sort of like a sponge. There are hundreds of uses for zeolites. The kind in laundry detergent softens water so the soap can lather in kitty litter. It absorbs liquids, and they’re even used to create fuel for your car. At pnnl, our team is studying zeolites to understand how to make better catalysts. The size, shape and makeup of the microscopic channels determine how the zeolite drives chemical reaction. However, scientists would like to understand more about the detailed processes that occur within these pores.

Do you guys know how many kids products were recalled last year for heavy metals? Like way too many. They’re everywhere and they’re unavoidable and it affects kids 10 times harder than adults. Lastly, look into zeolite and the studies that show what it can do for your body. The list of symptoms for heavy metal exposure for kids is scary. Behavioral issues, trouble focusing, violence, learning disabilities, anemia, headache. A word that if I say they’ll take my video down. But it rhymes with schmancer, cardiovascular disease, and way more. If you want to know if you should be taking zeolite, I’m going to give you a really quick quiz that will answer that question.

Question number one, do you live on planet Earth in the 21st century? Question number two. There is no question number two. If you answered yes to question number one, which you certainly did, then you need to be taking zeolite. Zeolite is a natural mineral that is found in the earth and it has a number of beneficial health properties. So let’s go over the different products I have here. Here we have a generic large granule size zeolite product. Here we have another generic zeolite product. But this is in a powder form. Here we have an Amazon product by the brand Hiltrophin, I believe is how you say it.

And apparently they’re out of the uk. This was probably the best brand that I saw on Amazon. And then we have our brand and then we have the fen Bendazole to compare it to. So first let’s just go over some zeolite basics. You have natural deposits, and then we have synthetically created zeolite, each offering distinct pore sizes and different abilities to bind to different things, to remove them for different applications. There are literally hundreds of distinct zeolites. So this is basically a broad category of crystallized rock. The one that you want and the one that we’re focused on today is zeolite.

Clinoptinolite I believe is how you say it. And then there’s other zeolites. A lot of them are very hard to pronounce. So this is basically just a different type of crystallized rock, kind of like a geode. There are over 250 recognized zeolite types by the IZA. IZA stands for International Zeolite Association. So they have a pretty well established zebra the zeolite industry. This isn’t some brand new thing that just came about. And there are many different kinds specialized for many different applications. So what specifically does zeolite bind to when it comes to compounds in the body like heavy metals and ammonia? It depends on the type of zeolite specifically and then obviously the pore size as well, because different ions, different things are different sizes that it absorbs, and depending on what size the specific particle is, will affect what it can actually absorb.

So obviously a bunch of heavy metals, some big ones are barium, aluminum, strontium, calcium. Aluminum is complicated, we’re going to get into that. But it also absorbs iron, copper, zinc, nickel, cobalt and more. So it’s also very hydrophilic, which means it loves water and it absorbs water very easily. So when you’re storing it, you want it away from moisture, just like charcoal, activated charcoal, you want these powders away from moisture. And just like charcoal, these actually can absorb gases as well. Carbon dioxide, even oxygen, as well as organic compounds. Just keep in mind there’s a lot more factors than just type of zeolite and pore size.

There’s also ph, which is very relevant. And then very importantly, there’s pre treatment or modification or activation. So you’ll see something like activated zeolite. Right. What does that mean? Stay tuned. We’re going to get into that in a second. But let’s compare charcoal as a binder to zeolite as a binder. They’re both very similar, but zeolite does better at radioactive ions while charcoal focuses more on organic toxins and gases in some heavy metals. Heavy metals is really zeolite specialty. So getting into the different sizes that you can get of zeolite, for instance, the granules, the powder, and even lower, this is three times micronized powder.

What does that mean? So let’s start with the largest. We have large lumps or rocks. Those are 1-2 cm. That’s like raw or crushed rock. Then we go down to the next size, which are basically pellets. And Those are basically 1/16 of an inch or 0.8 millimeters. A little more, a little less. And then we go down to coarse grains, chips or pellets, which is what we have here. These are the coarse grains, chips or pellets. And this is mostly used for pool or industrial filters or large scale filtration systems in general. Getting down to the granular or the sand grains, which is basically what this is here.

This is 80 mesh or 177 micrometers, all the way up to 14 mesh or 1.4 millimeters. So just keep in mind that these industries use mesh or micron. Mesh is just the size of the mesh that they seed these through. And then the other is just the, the actual measurement of the, the specific particle. So the zeolite sand grade is actually really good for multiple things. Water filtration, just like the other one, but also a quantity. Aquarium substrates and horticulture soils. But there’s a lot of these can fit inside of soils as well. Then you get down into the fine powder or flower grades.

That’s 200 to 325 mesh or 74 to 44 micrometers. This the flower mesh. When you get down to that small, you can start to use it as a binder. The flower grade is used for paints and polymer additives as well. The next smallest is micronized powders. That’s what you’re going to see on the market. And that’s what we have here. That’s what the ZO guard is. And that’s what this is. These are both micronized powders and that’s typically 1 to 10 micrometers. And these are mostly used in animal feeds. Again can be used in soil amendments.

Also water filtration and other filtration processes where you need a higher surface area. You’ll see this advertised as micronized or as Micronized powder. As you can see here, you can’t really see the particle size. It just says three times TMA micronized. They probably don’t have the equipment to be able to measure the size of these here. These. The manufacturer where we get our supply, they tell us ours is two, um, which is two micrometers, which is ideal for what you want for the type of surface area for what we need in this type of application. And then the absolute smallest, which is something that we’re not going to be using, is nano or sub micro powders and that’s smaller than one micrometer and all the way down.

And these are specialized products, advanced research, advanced coatings and it’s even referred to as colloidal zeolite. Colloidal zeolite. Interesting. Right? Just like colloidal silver or colloidal gold or colloidal platinum. Colloidal is just a size. Interesting. We’re going to get into it in a minute and show you what each one looks like and we’re going to be able to compare them. So this is activated micronized zeolite. This is non activated micronized zeolite. This is sand zeolite, sand granule size zeolite and this is pellet size zeolite. If you are taking zeolite or planning to, this is a warning to avoid all nanoised liquid zeolites.

One of my teachers, world renowned holistic doctor, Dr. Klinghardt, will not touch it because of the risk of the aluminium contained within it going to the brain. There have been thousands of reported serious side effects from trs. For example, you can go to nutrition elements and her Instagram if you’d like to actually see that for yourself. And please err on the side of caution and really be discerning with these MLM companies. So the activated. What is activated mean? So basically just like you find a geode, sometimes you’ll find a, a rock with crystals in it. How do they get those out? They dissolve all of the metal ions that are in that rock with a acid.

A lot of acids are organic, so they use basically an organic acid for a certain amount of time. They, you know, it’s very scientific and it removes all of the metal ions, all of the metal just leaving the crystals. Right. So this is basically zeolite rock left with just the crystal structures. The thing about zeolite has a lumo silicate framework, which means that it’s basically an aluminum rock. Right. That’s why they say be careful with zeolite because you’re actually eating a bunch of aluminum and other metals if you don’t have it activated. So that’s why you really want to get activated.

You don’t want to be taking it unless it’s activated. And activated, like I said, simply means is they take an acid, they remove all of the metals from it, and it just leaves basically this rock sponge, coral metaphor. You could think in your mind, and then it cr. Then they crush it up to be super, super small to fit the specific application. And micronize is what you want as far as size for a binder. When you’re trying to remove certain toxins from your body, they remove the aluminum or aluminum from the actual rock. And then you have the pure product, which you’ll see is white, and then you’ll see, like I said, gray.

You’ll see that in a minute. Another important aspect, why should you never use a metal spoon with zeolite? Because, especially activated zeolite, the zeolite will absorb these metal ions, actually binding and taking in some of the metal and storing it in the zeolite. Then when you use it for your application, it could contaminate the process. The last aspect is charcoal, specifically as a binder, is known to bind to specific things like fenbendazole and different medication. So zeolite’s a little different. Just getting into why zeolite most likely wouldn’t absorb fenbendazole. Basically, the biggest thing about it is the fenbenazole, the.

The molecule, it’s not significantly ionized to the point where zeolite would be able to bind to it. Also, the fact that fenbend likes oil, it binds to oil, it’s lipophilic, which means it likes lipids, oils. When it absorbs into that oil, it becomes hydrophobic, which means it’s even more protected from something like zeolite, which is hydrophilic, which means it loves water. So when you have something that goes into water and binds with the water molecules and something that repels the water molecules, they most likely wouldn’t be interacting because of that. And keep in mind, activated charcoal is carbon has a carbon matrix.

And that carbon matrix absorbs things like lipids. So the way zeolite and the way charcoal or carbon absorb different things are completely different. And zeolite most likely wouldn’t interact with something like fenbendazole. Food for thought. Okay, so let’s get into the first one first. Here we have the zeoguard. This is going to be a white powder, basically. Very, very white, very Clean. Almost looks like the Fen Ben and that’s why he brought that out here to compare. I’ll show you this one next. I feel like this would be 10 micrometers or bigger. It doesn’t even look like it’s that small.

It almost looks pretty close to that sand. But if you look, it’s gray. We’re going to compare them together. Okay. First we have the activated micronized. Just like the fen band, it kind of leaves a residue. That’s how small and tiny the particles are. The Amazon brand. Going to do a smudge test. See, doesn’t quite smudge like that one. Now we’re going to do the next one. The smudge test. Yeah. Okay, so this is even bigger. That’s a really good way to, to tell the particle size. So you can really feel the grittiness when it’s sand or if it’s smaller.

This feels soft and this is like corn starchy. So corn starchy must be the micronized. This has got to be also micronized. But I’d say on the higher spectrum this is sand. You can feel how coarse it is. Then obviously we have the pebbles which you actually. It’s relatively easy to break up. All right, now let’s compare it to fenben. Fenbendazole. This is 99% fenzan. So the smudge test. Wow. So this is actually cakeier micronized. Okay, so that’s zeolite. This is the Fen Ben. Now the next test we’re going to do is we’re going to take each one and we’re going to do the water test.

We’re going to put it in water and see how it reacts real fast. And then we’re going to do the acid test. And then we’re going to weigh it real quick. All right, so this is the water test. We’re just going to see what it does in water. Start with the fen bend just to get a basis of what it does. Okay. Just sitting there, let’s try to do a stir. It’s almost forming like a coating, but it just does not wanna. So that’s called hydrophobic. Scared of water. So now let’s do the Zeo guard. Activated.

Micronized. Just kind of absorbed right away. Wow. It’s like milk. All right, so now let’s do the non activated zeolite, which may be a little larger in particles as well. And just see how it absorbs. Okay. So you can kind of see the metals in there. Okay. You would never know, but you can kind of See, when the metals haven’t been removed, it’s not as thick. So that means it’s not as much surface area because there’s not as much pores. The pores are clogged. And now you’re seeing the dirtiness, which is dirt on the ground, basically the metal ions.

Okay. And this is like milk. It’s like the smallest you can get. And it’s clean. Huge difference. All right, let’s try this sand. So you can see what happens is it settles, it fills up all the surface area of the water. But then obviously there the particles are so heavy that it’s eventually going to settle. The micronized is going to be suspended for a while. I don’t know if it’s indefinitely. It’s basically like that. The smaller the particles are, the more statically magnetic they are to the different molecules, if that makes sense. So this is basically sticking to the, to the water molecules, to the hydrogen oxygen combo.

And it’s suspended almost like a colloidal because when you go nano, that’s like when you’re collidal silver, collidal gold. And that’s when you get a suspension. It’s like milk. This one’s already starting to settle. This one’s still decently dispersed, but it’s got that dirty metal. All right, last one. Hear that? So you can hear the water actually fill up all the pores, that action. You see, my hypothesis is that it’s just releasing all of the oxygen that’s inside of those small little porous. They’re like little tiny micro sponges. All right, so there you have it. That’s all three.

Now let’s do the acid test. Okay, so this is the acid test and it’s done with simple vinegar. Okay. And what this really does is this will test if there’s any chalk inside of their powder. It should react and bubble if there’s any chalk or anything bad. So the Fenben acts just like it’s water and it does the same thing it does in water, micronize activated zeolite. It should be just rock, non active. There’s no air in it, no bubbles, no air, because it’s all. It’s so tiny it can’t hold air. Should be just like the water.

Technically it should. I don’t know if the suspension should be the same, but it looks just like the water. And I, I’ve got baking soda right here. And we’re going to go ahead and apply that to each one of these after to show you that it is vinegar. So it looks like they got a decent product. It’s just full of metals, that’s all. It’s not activated. That was not bad either. We should still see some bubbles with this because it’s full of. Like I said, it’s full of the air. Oh, yeah, you can hear them. It’s just the air escaping.

All right, now let’s see if we can get some reaction with each one here just to. Oh, yeah. Now, the reason why this reaction happens with baking soda and vinegar, it’s because vinegar is an acid with a very low ph and baking soda is a PH buffer. And it brings it up to an alkaline right around a seven. So that violent? Probably. I don’t know, I’m gonna guess around 3, 4. Ph gets violently brought up instantly to a 7. And then we have this reaction. So if there’s any chalk, you’d see similar bubbling. There you go.

That’s the acid test. Okay, so now we’re going to compare each one of these. Each dose I have here, it’s one of these fully packed to the brim, pushed in fully packed. These are half teaspoons. Okay. And what I have here is the exact spoon of each and the exact piece of paper of each. Okay. First thing we do is we wait for it to tear out. Okay, so now it’s zero. That’s teared. 100.07. That’s close enough. Okay, so once you’ve confirmed that this round is going to be accurate, turn it off, turn it back on each time you weigh something.

So now before we turn it on, we’re going to include the tray and then we’re going to include the piece of paper and an empty spoon. When we turn it on, it’s going to zero based on what we have right here. And what we do is remove that and we can put this on. So we’re starting with the Fenguard. Fenguard is 1.3 grams for a half teaspoon. Now we shut it off, turn it back on. Trust me, I learned this the hard way. So if you turn it on and you don’t start with this, what you do is you put this on.

Once it’s on, you click tear. Or you could mark down the grams, write it down and then subtract it. But now it’s zeroed out again. Now it’s going to be negative 3.14. That’s how much that weighs. And we’re going to put the zeoguard on there. Now, Zeoguard weighs 1.0 exactly. 1 gram, 1/2 teaspoon, 1 gram. Zero it out. Again. Again, we could just do this. 1.4. So clearly, larger granules, smaller granules, more fit inside, more binder, more action. 2.52. All of those pores are full of those metals. 2.13. So big that they’re leaving a bunch of area that could have been filled by those.

That’s how much each weighs. Just so you know, for reference, if you don’t have a scale, so that sums it up. If you want to go on Amazon, you know what you’re going to get. If you want to go other places, you never know what you’re going to get. If you want a high quality product, all the research has been done. The reason why we have it is because we use it ourselves and we make it available for other people. It’s that simple. Also, keep in mind each one of these comes with this exact half teaspoon measuring spoon.

And these from Amazon, this guy throws in these if you’re interested. You want to check out more information, read up on stuff and just get educated. Parasitedefense.com that simple. Parasitedefense.com keep in mind you can only buy these from parasitedefense.com our normal site. You won’t be able to see these. These are only on parasite defense.com Write it down. Don’t forget it. Parasitedefense.com.
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