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 great 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 mainly happens when rocks composed of uranium and thorium decay over millions of years. Whenever these substances split, they emit tiny particles called alpha particles. AGEM Helium is quite small, and they combine with electrons, which are even tinier, to form 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, at the time of their formation, draw in gas and dust from the surrounding space through their great gravity. The gas and dust then start coming together, and getting very hot, it starts to shine with very bright light. This is how stars are formed. The helium gas inside a star causes it to burn like crazy and remain hot forever. Without helium, the stars would not shine, and the light coming from those shining in them appears too small from our view. Helium is important for the stars, which constitute some necessary 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 method of fractionating helium gas from other gases found in natural gas fields. Scientists are now research the new methods, among which is cold gas dynamic spraying technology. The extremely cold gas sprayed on the surface makes it stronger and last longer. Besides, to make AGEM helium laser scientists are developing new methods for storing helium gas as it leaks from the container. It is super essential that we do this because AGEM gas helium tank itself has no value for us.
AGEM has been in operation in Taiwan for more than 25 years. We have an extensive R and D expertise in this area and are able to offer a distinct expertise in the fields of Speciality Bulk, Calibration Gases across 6 different regions.Taiwan - Kaohsiung City (Headquarters, R and D Center)India - Mumbai, Vadodara, Coimbatore, Pune, Bengaluru, DelhiChina - WuhanMiddle East - Dubai (UAE) & Kingdom of Saudi ArabiaUnited Kingdom - CambridgeOur gas solutions consist of Technical Consulting, Assembling & Commissioning, Sample Testing, Packaging & Shipping, Drawing Design, Manufacturing.
For Helium gas, leaking gas is one of the major issues. Therefore, we perform leak tests more than five times to ensure quality. We have a complete manufacturing line and strict quality control along with a set of after-sales services. We ensure that our clients receive top quality products. We take pride in our commitment to excellence and customer service. Our skilled team is always available to assist you and ensure that you receive the best service with the highest level of satisfaction. What sets us apart is our availability 24 hours a day, seven days a week. service. We are available to assist you around the clock throughout the week.
AGEM has a range of cryogenic cylinders which can hold the most commonly used super-cooled liquids and gases like liquid oxygen, argon, nitrogen, carbon dioxide and nitro-genus oxide. The advantages of AGEM are: We employ imported high quality valves and instruments, so as to guarantee top performance. Gas saving devices are used as well as gas overpressure gas is the first preference in the gas phase area. Double safety valves offer security and reliability for safe operation.We offer a variety of cryogenic cylinders which can be used to hold commonly utilized super cooled liquids: Full Volume: 80L/100L/175L/195L/210L/232L/410L/500L/1000LWork Pressure: 1.37MPa/2.3MPa/2.88MPa/3.45MPaInner Tank Design Temperature: -196Shell Tank Design Temperature : -20oC+50oCInsulation Vacuum insulation with multi-layer wrapsMedium for storage: LNG, LO2, LArLCO2,
AGEM is aware that each client has unique requirements in the field of specialty gases, for example calibration gases. This is why we can provide custom solutions to meet the specific needs of our clients. If you need a particular purity quantity, cylinder size or a packaging option, AGEM can work with clients to customize their products to your exact requirements. This level of customization ensures that you receive the most suitable calibration gas cylinder for your applications improving overall efficiency and performance. The AGEM range of products is not restricted to calibration gases. Their catalog contains Hydrocarbon gases, Chemical gas Halocarbons and Rare gases, and many other gases for research and industry. It is certain that AGEM will have the gas you require.