a NON CHLORIED, SET ACCELERATING, WATERBASED ADMIXTURE FOR CONCRETE.
what rate of trimix concret
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I would not think it would affect the use of trimix, but it could affect whether you should be diving at all. I don't think it would, but a medical professional should be answering this part.
a NON CHLORIED, SET ACCELERATING, WATERBASED ADMIXTURE FOR CONCRETE.
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Yes see any drugstore pharmacist this RX is not made at all drugstores
Any inert gas will build up. In other words, any gas other than oxygen. So when diving on air or a nitrogen oxygen combination such as nitrox, then it will be nitrogen. But if you are breathing another type of mixture such as trimix (which also contains helium) then helium will also build up in addition to the nitrogen.
Divers have dived over 1,000 feet on scuba (rarely - only four times so far), so that is probably the outer edges of the limit for technical divers.The deepest level you can be 'certified' to dive at is 330 feet/100 meters (TDI Advanced Trimix/IANTD Expedition Trimix). Wrecks like the HMHS Brittanic and the SS Transylvania are dived with some degree of regularity at depths around 450 feet.But there are no scuba police, and many technical divers in fact exceed those depths regularly. The deepest depths to which technical divers are known to dive with any level of regularity are around 550 or so feet (thinking of the Jolanda in the Red Sea at various depths down to and slightly below 550 feet).Dives below 600 feet are extraordinarily rare.
"Trimix" is a term used in commercial and technical scuba diving to refer to a breathing gas composed primarily of three gases: helium, nitrogen and oxygen. To understand why divers use this mixture of gases as a breathing gas, we'll need to take a look at the typical gas used in scuba: air. Air is comprised of nominally 21% oxygen and 79% nitrogen. All other gases contained in air comprise well under one percent of the total mix. Nitrogen has some negative side effects when breathed at the pressures required for diving. In order to reduce the effects of nitrogen in the breathing gas, some percentage of helium is often used in place of nitrogen. Helium is considered an "inert" gas, in that it isn't used in the metabolic breathing cycle. Since it is a small molecule gas (it has 28% of the molecular weight of nitrogen), a diver's body tissues absorb and release helium much more quickly than they do nitrogen. This reduces the risk of decompression illness when compared to a nitrogen-rich gas like air. Helium also has the advantage of not being narcotic. Nitrogen, at the elevated pressures at depth, can cause intoxication: symptom called nitrogen narcosis. The net result of these two factors is that divers using helium in place of nitrogen can dive to deeper depths for longer periods. Deep commercial "saturation" dives and deep "technical" dives are often performed using a mix of helium and oxygen called heliox. There are also disadvantages to using helium. The most significant of these is its scarcity and resulting high cost. World supplies of helium are critically low and the cost continues to rise. As a result, helium is most often used by divers using rebreathers and in surface supplied and deep saturation diving, all of which conserve breathing gas. Helium also conducts heat six times more efficiently than air. This introduces the risk of hypothermia if a diver uses their heliox breathing gas to inflate their dry suit. Commercial and technical divers using heliox as a breathing gas often carry a separate cylinder of argon to keep their dry suit inflated at depth. Trimix, consisting of oxygen, helium and nitrogen is often used in place of pure heliox. This achieves some of the advantages of heliox at a greatly reduced cost. A typical trimix mixture used in deeper diving is trimix 10/70. This consists of 10% oxygen, 70% helium and 20% nitrogen. This gas mix won't support consciousness at the surface (10% oxygen is considered hypoxic), but it does allow diving to 100 meters. Most trimix gas mixes are bespoke, with the mix percentages being designed for a particular dive profile.
In recreational diving, most divers use compressed air (as in the normal air we breather at the surface). Some divers are also trained to use special gas mixes called Nitrox which have a higher oxygen content and lower Nitrogen. Professional (or commerical) divers tend to use more advance mixes such as Heliox or Trimix which combine Oxygen, Nitrogen and Helium.
Trimix is a medication used to treat erectile dysfunction. It is just as safe as any other drug that you might be prescribed. It has side effects like all other medication that you will need to watch out for though.
Scuba tanks are typically filled with compressed air, which is a mixture of oxygen and nitrogen. However, some scuba tanks may also contain a noble gas such as helium as part of a special gas mix called trimix, which is used for deep dives to reduce the risk of nitrogen narcosis.