Helium gas is so cool, and it can do so many different things. Let’s learn a little more about this special gas with five sections that explain what helium is, where it comes from, and how important it is. Where does helium come from? Helium gas is a type of gas that we can’t see or smell. It is extremely light and has many unique properties.
Way back in 1868, a French scientist named Jules Janssen found helium in the sun. After this amazing discovery, people began to find helium in rocks and pure gas on Earth. But where does all that helium come from? Well, helium is formed. It drifts into a gas when certain things in rocks break down. This primarily occurs when uranium and thorium, which are types of rocks, decay over time. When these substances split, they release tiny particles called alpha particles. This AGEM Helium is quite small, and they join with electrons, which are even tinier, to create helium atoms.
It is formed from the natural decay of uranium and thorium in rocks over millions of years into helium gas. But we are using a lot of helium gas and not enough is being produced at the same rate as our demand for it. This is a big issue for us, since we use AGEM helium wholesale in many significant things from party balloons to MRI machines and even parts of our space exploration programs. If we ever run out of helium gas, all of those critical roles will be gone and it'll be a shame to give up. So, what can we do about it? Maybe one solution could be to recycle the helium gas we have rather than dissipation of it. We might come up with some new ways to produce more helium gas in order to meet our increasing demands for it.
Helium gas is something that helium is important for in outer space too. That’s right. Stars are almost all gas, mainly hydrogen gas but with a substantial amount of helium in them too. Stars, when they are formed, draw in gas and dust from the surrounding space with their mighty gravity. This gas and dust begin to form together, becoming very hot that it starts to shine with intense bright light. This is how stars are born. Helium gas in a star causes it to burn like crazy and stay hot for an eternity. Without helium, stars would be unable to shine — and the light of those shining in them appear so tiny from our perspective. Helium is important for stars, which are vital components of our universe.
Helium scientists are on the lookout for novel methods of creating storing helium gas. Such as a method called gas separation. This is a technique to fractionate helium gas from the gases that are found in natural gas fields. One of the new methods being investigated by scientists, is a cold gas dynamic spraying technology. This technology uses extremely cold gas to spray small particles of metal on the surface making it more stable and lasting. Besides, making AGEM helium laser scientists are discovering new methods to store helium gas as it leaks from the container. It is super necessary that we do this because Helium gas itself has no value for us.
AGEM is bewus daarvan dat elke kliënt unieke vereistes het op die gebied van spesiale gasse, soos kalibrasiegasse. Dit is hoekom ons pasgemaakte oplossings bied om aan die spesifieke vereistes van ons kliënte te voldoen. As jy 'n spesifieke suiwerheidsgraad, silindergrootte of 'n verpakkingsopsie benodig, kan AGEM met kliënte saamwerk om hul produkte aan te pas om aan jou spesifieke vereistes te voldoen. Hierdie soort aanpassing waarborg jou die mees geskikte gassilinders om jou spesifieke toepassing te kalibreer, wat die algehele doeltreffendheid en werkverrigting verhoog. AGEM se produkreeks is nie beperk tot kalibrasiegasse nie. Die katalogus van AGEM bevat koolwaterstofgasse, halokoolstowwe, chemiese gasse en skaars gasse. Jy kan seker wees dat AGEM die gas het wat jy nodig het.
AGEM bied verskeie kriogene silinders wat gebruik kan word om algemene superverkoelde gasse en vloeistowwe soos vloeibare suurstof, argon, stikstof, koolstofdioksied en stikstofoksied te hou. Ons maak gebruik van ingevoerde kleppe en instrumente vir hoë werkverrigting. Die gasbesparingstoestel word gebruik en gas-oordrukgas kry prioriteit binne die gasfase-area. Dubbele veiligheidskleppe is 'n doeltreffende manier om veilige werking te waarborg. Ons bied 'n verskeidenheid kriogene silinders wat tipies gebruikte superverkoelde vloeistowwe kan akkommodeer vir jou om te kies: Vol volume: 80L/100L/175L/195L/210L/232L/410L/ 500L/1000LWerkdruk: 1.37MPa/2.3MPa/2.88MPa/3.45MPaBinnetenkontwerptemperatuur: (-196Shell-tenkontwerptemperatuur: 50oC+20oCIsolasie Meerlaags toegedraaide vakuumisolasieStoormedium: L2CO,2NG,LLAr
For Helium gas leaks in gas are one of the most important issues, which is why we conduct the leak test at least five times in order to guarantee the quality. Our company is equipped with a full production and testing line with strict quality control, along with a flawless after-sales support system to ensure that our customers receive top-quality products and the full range of services. Our commitment to quality and customer service is something we are proud of. Our highly skilled professionals are always ready to assist you, and will ensure that all your needs are met. What makes us different is our 24X7 hours available service. We are available to assist you around the clock and every day of the week.
AGEM is 'n gasvervaardigings- en R- en D-aanleg in Taiwan met meer as 25 jaar se uitgebreide R- en D-kundigheid op hierdie gebied met ongeëwenaarde kennis van Spesiale Elektroniese Grootmaat-, Kalibrasie- en Spesialiteitsgasse regoor die wêreld in ses verskillende streke: Taiwan - Kaohsiung Stad (Hoofkwartier, R en D-sentrum) Indië - Mumbai, Vadodara, Coimbatore, Pune, Bengaluru, DelhiChina - Wuhan Midde-Ooste - Dubai (VAE) en Koninkryk van Saoedi-ArabiëVerenigde Koninkryk - CambridgeGas-oplossings wat deur ons aangebied word, bestaan uit tegniese konsultasie. Samestelling en ingebruikneming. Voorbeeldtoetsing. Verpakking en versending. Tekenontwerp. Vervaardiging.