Buy Ln2
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buy ln2
Our services are extensive and include cleaning, purging, drying, emergency oxygenated aeration, inerting, cooling, blanketing, displacement, pneumatic testing pressure, leak detection, inspection for piping and storage tanks and more.
We offer compressed nitrogen gas and liquid nitrogen (N2) in a variety of purities and concentrations. Download Safety Data Sheets or see the chart below to download the spec sheets for more information on buying liquid nitrogen and nitrogen gas.
Essential to the aerospace & aircraft industry, nitrogen is used in high Reynolds number wind tunnels, heat treating furnaces and autoclaves to help create incredibly strong but lightweight materials. Nitrogen is also used as an assist gas for laser cutting applications.
Used as a pressurizing gas, nitrogen can help propel liquids through pipelines. It is also used to shield oxygen-sensitive materials from the air and to remove volatile organic chemicals from process streams.
As an inert industrial gas, nitrogen is used as a blanketing agent to separate sensitive products and processes from air. It is also used as a purging agent in piping and equipment to prevent contamination.
Nitrogen NF is used as a cryogen to freeze and preserve blood, tissue, and other biological specimens, and to freeze and destroy diseased tissue in cryosurgery and dermatology. It is also used to power medical devices.
The oil and natural gas industry utilizes nitrogen to increase reservoir reserves and fracture hydrocarbon-bearing formations to significantly increase the production of oil and gas, and to improve operating efficiency.
If you require very large volumes of high-purity liquid nitrogen or nitrogen gas our on-site cryogenic air separation plants are a viable supply source for you. Praxair non-cryogenic nitrogen plants offer a range of product purities, 90% and higher, over a wide range of volumes. Our plants are efficient, reliable and cost-effective at any required pressure and purity level.
Brymill 16oz / 500 ml Industrial Liquid Nitrogen(LN2) Sprayer, CRYOGUN. The CRYOGUN includes one each of the "A", "AX", "B", and "C" spray apertures. It is manufactured with a progressive valve offering precision accuracy of liquid nitrogen spray. Each unit also carries a three-year warranty covering parts and labor.
Brymill 10oz / 300 ml Industrial Liquid Nitrogen(LN2) Sprayer, CRYOGUN Mini. The CRYOGUN Mini includes one each of the "A", "AX", "B", and "C" spray apertures. It is manufactured with a progressive valve offering precision accuracy of liquid nitrogen spray...
Brymill 16oz / 500 ml Veterinary Liquid Nitrogen(LN2) Sprayer, CRYOGUN Vet. The CRYOGUN Vet includes one each of the A", "B",and "C" spray apertures and a malleable extension which makes surgery convenient in any position...
Brymill 10oz / 300 ml Veterinary Liquid Nitrogen(LN2) Sprayer, CRYOGUN Mini Vet. The CRYOGUN Vet includes one each of the A", "B",and "C" spray apertures and a malleable extension which makes surgery convenient in any position...
EnergyNitrogen is used in a wide range of upstream and midstream energy applications. It can be used for everything from testing pipeline pressure to purging air to managing temperature to lightening liquids for better flow.
ChemicalsNitrogen is used to pressurize pipelines in order to help propel liquids and to help purge piping and equipment to prevent contamination. Partnering with Priority Energy Services, we offer quality nitrogen backed by a constant, consistent supply from mobile nitrogen pumpers.
Life SciencesAs a gas, nitrogen is used as an essential component in various life science processes as well as a protectant against oxidation and contamination. In liquid form, nitrogen is also used to achieve cryogenic temperatures in reactor cooling application.
Food ProcessingFrom chilling to freezing, nitrogen plays an important role throughout the entire food packaging and preservation process. In addition to its cooling properties, nitrogen also increases shelf life for food products in modified atmosphere packaging (MAP), keeping oxygen out and freshness in.
Aerospace & DefenseUsing nitrogen while manufacturing quality components is a safe practice commonly used throughout the aerospace industry. An inert gas, nitrogen eliminates the presence of oxygen and secures a nonflammable environment. Nitrogen is also used in heat-treating furnaces, wind tunnels and laser-cutting applications.
According to a report from hardwareLuxx, Raptor Lake's 9GHz world record was achieved using a brand new LN2 pot named the Volcano, and from January 5 you'll be able to buy your own from EmorLabs for $250.
Volcano was developed by overclocker ShaggySVK and supports a combination of liquid nitrogen (LN2) and liquid helium cooling, not just liquid nitrogen. The pot itself features a matte black finish container measuring 83.1mm paired with a full copper core at the bottom. It supports almost every single CPU socket from Intel and AMD, including AM2 all the way to AM5, and LGA 775 all the way to the LGA 20xx sockets found in Intel's HEDT chips. We don't have all the dimensions of the pot itself, but it stands tall, approximately the height of a 100mm or 120mm tower cooler.
To maximize the effective cooling, the copper core features a plethora of holes and dimples for the cooling liquid to saturate. These holes extend all the way through the copper core, with the exception of the bottom where the surface is flat to make maximum contact with the CPU. Again, the pot is capable of utilizing both liquid nitrogen and liquid helium cooling at the same time.
Liquid helium is a more aggressive cooling solution compared to liquid nitrogen, with extreme thermal properties producing a lower temperature. When used correctly in an overclocking application, it can drop CPU temperatures even further than what liquid nitrogen alone is capable of. This is how the Raptor Lake world record was broken. Asus' team of overclockers used a combination of liquid nitrogen and liquid helium to push the 13900K to 9GHz. To add, one of the overclocks that helped break the record said Raptor Lake was one of the most stable chips he had seen under liquid helium.
Design is never static. When Copenhagen-based &Tradition was established in 2010, founder Martin Kornbek Hansen's mission was to produce work that was defined by a unique vision, whether it came from Danish legends of the past or young innovators of the future. The roster extends from timeless luminaries such as Verner Panton and Arne Jacobsen to current leading lights Samuel Wilkinson and Norm.Architects to exciting new names Mia Hamborg and Victor Vetterlein. As the company's Kornbek Hansen puts it: "We see a kinship between the old masters, who were avant-garde in their time, and new designers creating the ground-breaking icons of today."
With its library of furniture and lighting extending from the 1930s to the present day, the firm is uniquely positioned to carry on the Nordic tradition of unstinting craftsmanship and adroit use of materials. Nonetheless, &Tradition sees its future in global terms, handpicking design talent and production facilities internationally in an effort to continually produce relevant product and engage a new generation of conscious consumers.
Play aside, liquid nitrogen (LN2,) like other forms of nitrogen, is a useful substance that fits several home uses and features in several industrial applications. However, LN2 is not readily available in grocery stores because the material is potentially hazardous and must be handled with care.
As the name implies, liquid nitrogen is the liquid state of the element nitrogen. Like nitrogen gas, it is made up of nitrogen atoms sharing covalent bonds. In literature, liquid nitrogen is often referred to by the abbreviation, LN2 or LIN or LN.
The substance was first liquefied by Polish physicists Zygmunt Wróblewski and Karol Olszewski on April 15, 1883. Since then, liquid nitrogen has gained popularity and increased usage thanks to its low temperature and its ability to quickly freeze other substances on contact.
However, due to its ability to rapidly freeze other substances, Liquid nitrogen poses a slight hazard risk. LN2 has a United Nations Number of 1,977. A UN number is a four-digit code used internationally to identify flammable and potentially harmful chemicals.
For secure storage, liquid nitrogen comes in insulated containers that incorporate pressure venting to prevent pressure buildup. Depending on the efficiency of the containment system, stored LN2 can last anywhere from a few hours to a couple of months.
Because of the Leidenfrost effect, liquid nitrogen will not burn you on immediate contact with skin. The rapidly evaporating gas thermally insulates your skin for a brief instant saving you temporarily from cold burns. This effect is similar to the temporary protection you get from touching a hot object with a wet finger for a microsecond. However, the more prolonged exposure that results from LN2 pooling anywhere on your skin will lead to severe cold burns.
Furthermore, you must never swallow liquid nitrogen. Ingesting LN2 can lead to freezing of tissues and severe internal damage. In 1997, a physics student accidentally consumed liquid nitrogen and suffered near-fatal injuries. Similarly, in 2012, one English teen had her stomach operated after drinking a cocktail made with liquid nitrogen. 041b061a72