Devi Industrial Gases

CategoryGASESBrandDEVI INDUSTRIAL GASESAtomic Mass83.78Atomic Number36Melting Point-157.37 Degree Celsius, -251.27 Degree F, 115.78 KCountry of OriginMade in India

ACM Gas
argon co2 mix

Mixture of Argon and Carbon-di-oxide

used for industrial purpose

ULTRA HIGH PURITY 

Metalworking Grade Nitrogen

Metalworking grade nitrogen varies widely from 95-99% for heat treatment to 99-99.999% for laser cutting processes.

Power Generation Grade Nitrogen

Power generation processes like gas seal purging, boiler layup, natural gas line purging, and demineralized water blanketing require nitrogen gas with purities between 95-99.6%.

Liquid Argon Gas is tasteless, colorless, odorless, non-corrosive, nonflammable, and extremely cold. Belonging to the family of rare inert gases, argon is the most plentiful of the rare gases, making up approximately 1% of the earth's atmosphere. It is monatomic and extremely inert, forming no known chemical compounds.

Additional Information:

• Delivery Time: 1 Day

UHP Nitrogen Gas is Ultra-high purity (99.999% min. purity), making it very valuable and difficult to manufacture properly. How is UHP Gas Used Nitrogen gas is used is the pharmaceutical industry as a 'shield gas' for certain medicines.Available Cylinders Size: 10 litre47 litre

CYCLOPROPANE GAS         
Our product high in demand due to their premium quality. We ensure to primary thease products to our clients, through this we have gained a huge clients base in the market.                           

A portable medical oxygen gas cylinder kit is a compact and lightweight system designed to provide supplemental oxygen therapy to individuals who require oxygen supplementation due to medical conditions such as respiratory diseases, cardiovascular disorders, or other conditions that affect oxygen levels in the body. These kits are commonly used in hospitals, clinics, ambulances, and home care settings.

We are instrumental in supplying an appropriately composed range of Ammonia Gas Cylinder which is widely used in industrial setups, the ammonia gas formulated by us is offered to our clients in cylinders of different capacities that can meet demands of various clients.

We manufacture Medical Portable Oxygen Kit using aluminium alloy which is used by patients suffering from respiratory diseases such as asthma, COPD, hypoxia, hypoxemia, etc. The cylinders can also be used to relieve symptoms of headaches and can also help in wound healing.

Methane (CH₄) is a hydrocarbon that is a primary component of natural gas. Methane is also a greenhouse gas (GHG), so its presence in the atmosphere affects the earth's temperature and climate system. ... Methane is more than 25 times as potent as carbon dioxide at trapping heat in the atmosphere.

Sulphur Dioxide Gas Cylinder     

Our product high in demand due to their premium quality. We ensure to primary thease products to our clients, through this we have gained a huge clients base in the market.                

(MEDICAL GASES AND CYLINDER)

1.     OXYGEN CYLINDER

(i)             A TYPE (5 LTRS WC CAPCITY) 

(MEDICAL GASES AND CYLINDER)

1.     OXYGEN CYLINDER

 

(ii)           B TYPE (10 LTRS WC CAPACITY)

Industrial Oxygen Gas Cylinder

Used For Industrial Purpose 

one of the leading suppliers 

Argon Gas is a chemical element with the symbol Ar and atomic number 18. It is in group 18 of the periodic table and is a noble gas. Argon is the third-most abundant gas in the Earth's atmosphere, at 0.934% (9340 ppmv). It is more than twice as abundant as water vapor (which averages about 4000 ppmv, but varies greatly), 23 times as abundant as carbon dioxide (400 ppmv), and more than 500 times as abundant as neon (18 ppmv). Argon is the most abundant noble gas in Earth's crust, comprising 0.00015% of the crust.

Calibration gas is used to calibrate gas analysers or gas detectors. All SEMA calibration gas cylinders (Flammable, Toxics, Oxygen, and mix gas) are traceable according to national (Dutch) as well as international criteria. Calibration gas is a reference gas or a mixture of gases which are usually compressed.Cylinder format (Litre): 10, 34, 58, 110Max Fill Pressure: 10 bar/ 145 PSIG, 34 bar/ 500 ...

helium gas used for balloons 

Helium is used as an inert-gas atmosphere for welding metals such as aluminum; in rocket propulsion (to pressurize fuel tanks, especially those for liquid hydrogen, because only helium is still a gas at liquid-hydrogen temperature); in meteorology (as a lifting gas for instrument-carrying balloons); in cryogenics (as a ...

Iron Hydrogen Sulphide Gas Cylinders , For Industrial, Packaging Size: 47 Litre
Our product high in demand due to their premium quality. We ensure to primary thease products to our clients, through this we have gained a huge clients base in the market.

With the support of our experienced professionals we are offering Medical N2O Gas Cylinder, this gas cylinder is manufactured using high quality raw material and latest technology. In order to meet varied demand of our clients, this gas cylinder is available in different specifications.

Dissolved Acetylene Gas Cylinder is mixed in liquid acetone for safe storage and usage. Acetone in acetylene cylinders helps stabilize the gas making it non-reactive within the cylinder. In this process, acetylene is dissolved in liquid acetone under high pressure. The cylinder is then filled with porous material like firebrick.

#DA_GAS

Owing to the presence of our expert team members, we are able to offer a wide range of  Oxygen Gas Cylinder

Additional Information:

• Delivery Time: 1 Day

Ethylene oxide (EO) is a highly reactive organic compound with the chemical formula C2H4O. It is a colorless, flammable gas at room temperature with a faintly sweet odor. Ethylene oxide is industrially produced by the oxidation of ethylene, primarily through the chlorohydrin process or the direct oxidation process.

(i)             A TYPE (5 LTRS WC CAPCITY)

(ii)           B TYPE (10 LTRS WC CAPACITY)

           (iii)     D TYPE (46.7 LTRS WC CAPACITY)

Heliox Oxide 

Helium + Oxygen = Helium 50% + Oxygen 50%
Our product high in demand due to their premium quality. We ensure to primary thease products to our clients, through this we have gained a huge clients base in the market.

Devi Industrial Gas is an Industrial Gas Supplier based in South India. We provide our clients with the best quality gas products. Among our services, we offer our clients Emergency Deliveries as well as Quality Assurance Tests to help them get the most out of their Devi Industrial Gas experienc

spector grade 


UHP Argon Gas Cylinder, For Industrial, 47 - spector machine 

Neon is a chemical element with the symbol Ne and atomic number 10. It is a noble gas. Neon is a colorless, odorless, inert monatomic gas under standard conditions, with about two-thirds the density of air. It was discovered (along with krypton and xenon) in 1898 as one of the three residual rare inert elements remaining in dry air, after nitrogen, oxygen, argon and carbon dioxide were removed

LIQUID NITROGEN GAS         
Our product high in demand due to their premium quality. We ensure to primary thease products to our clients, through this we have gained a huge clients base in the market.        

Helium Gas at ambient pressure is inserted into an expendable mold at a fill tube or other port exiting the bottom of the mold. The helium displaces atmospheric air in the mold cavity, and the displaced air exits the cavity through the fill tube. When the air in the mold cavity and fill tube has been completely displaced by the helium, the fill tube is submerged in molten aluminum, and the aluminum is drawn into the mold cavity through the fill tube to form a casting having significantly reduced oxide inclusions and significantly improved fatigue strength.

In the metallurgical industry, hydrogen is used to reduce metal oxides and prevent oxidation when heat-treating certain metals and alloys. It is also used as a fuel in alternative energy vehicles and may be used when welding and cutting metals.

Hydrogen is a colorless, odorless, tasteless, highly flammable gas. It is also the lightest-weight gas. Since hydrogen is noncorrosive, special materials of construction are not normally required. Vessels and piping must be selected and designed to withstand the pressure and temperatures involved and comply with applicable codes and regulations. Table 1 shows physical properties of gaseous hydrogen. As indicated by the specific gravity, hydrogen gas is much less dense than air and can disperse rapidly or accumulate in the upper sections of enclosed spaces.

Additional Information:

• Production Capacity: 47 ltrs
• Delivery Time: immediate

Owing to the presence of our expert team members, we are able to offer a wide range of  Liquid Oxygen Gas Cylinder.

Usage/ApplicationWelding, Automobiles IndustriesPackaging Size40 kgBrandDevi Industrial GasesFormLiquidPurity99.99%Bond Angle180 degree

High energy X-rays or gamma rays are used to excite the sample, resulting in the emission of characteristic secondary or fluorescent X-rays from the sample, telling the qualitative and quantitative information of the sample. P 10 Methane Gas mixture is used in the detectors. A typical XRF spectrometer has X-ray source, sample chamber, analysing crystal, detector and signal processing computer etc. Because the secondary radiation produces such weak photons, the tubes that involve radiation transport must be kept in a vacuum. After the secondary radiation occurs, the fluorescence is channelled into a solid state detector, like a crystal, that is able to produce a steady beam of photons for further detection. Specific wavelengths will come off the crystal at specific angles, which allows for isolated detection. This technique is called wavelength dispersive spectroscopy. Detectors used for wavelength dispersive spectrometry need to have high pulse processing speeds in order to cope with the very high photon count rates that can be obtained. Furthermore, they need sufficient energy resolution to allow filtering-out of background noise and spurious photons from the primary beam or from crystal fluorescence. Detectors contain their own, specific atoms. The secondary radiation will ionize these atoms contained in the detectors producing a charge. The charge is proportional to the incoming photons energy. Next the charge is collected and the process starts over for the next photon. Two very common types of detectors are used to measure the intensity of the secondary radiation. They are gas flow proportional detector and scintillation detector. Gas flow proportional detectors are normally used to detect longer wavelength. They are filled with gas, typically a gas mixture of 90% argon & 10% methane (called as “P 10”). The argon is ionised by incoming X-ray photons, and the electric field multiplies this charge into a measurable pulse. The methane is to suppress the formation of fluorescent photons caused by recombination of the argon ions with stray electrons. When very long wavelengths (over 5 nm) are to be detected, the argon may be replaced with neon or helium. Scintillation detectors analyze shorter wavelengths (K spectra from Niob (41) – Iod (53) and L spectra from Thorium (90) – Uran (92)). An embedded crystal produces scintillations that are proportional to the energy of the photon absorbed. This pulse is translated into a voltage proportional to the original photon. The purity of the P 10 is very important for the accurate analysis results and the lifetime of the instrument. The contaminations in the gas can cause peak tailing of the fluorescence spectrum, thus reduced instrument sensitivity and unstable results. HiQ 10% methane, balance argon promises a good gas purity and BASELINE C 106 regulator is recommended to maintain the gas integrity.

Features:

• Colorless
• No odor
• Soluble in ethanol

Propane — sometimes known as liquefied petroleum gas, or LPG — is a gas normally compressed and stored as a liquid. It is nontoxic, colorless, and virtually odorless; an identifying odor is added so it can be detected. Propane is commonly used for space and water heating, for cooking, and as fuel for engine applications such as forklifts, farm irrigation engines, fleet vehicles, and buses; however, its applications are rapidly growing due to new technology developments. When used as vehicle fuel, propane is known as propane autogas.

Nitrogen gas pellets are compact, solid forms of nitrogen-rich compounds designed for controlled release of nitrogen gas in various industrial, agricultural, or scientific applications. They are commonly used in fertilizers, food packaging, and preservation or as a source of nitrogen for chemical processes. These pellets are valued for their convenience, efficiency, and stability in storage and handling

helium mixture 

helium gas + nitrogen gas + co2 gas 






Role of nitrogen It is relatively easy to excite a nitrogen (N2) molecule to its fi rst vibrational energy level via an electric fi eld or discharge. This fi rst energy level of nitrogen has almost the same energy content as the upper level of CO2. (see Fig. 2). Transfer of vibrational energy from N2 to CO2 is achieved through collision between the two molecules. Thus it is easier to excite the upper laser level of CO2 by introducing nitrogen. Adding nitrogen to CO2 results in higher laser power. Role of helium The primary role of helium is to help CO2 to relax, i.e. to move from the lower to the lowest energy level and re-enter excitation process. Helium atoms collide with CO2 molecules and vibrational energy is transferred from CO2 molecules to the helium atoms. As a result, higher laser powers can be obtained. Helium also helps to conduct heat away from the electric fi eld or the electric discharge (it has the highest heat-conduction coeffi cient of all gases). This is essential for slow-fl ow CO2 lasers, where excess heat must be conducted to the walls of the discharge tube. For fast-fl ow CO2 lasers, helium gives a more stable electric discharge and supports the excitation effi ciency. Laser gas composition CO2 laser gas mixtures almost always contain helium, nitrogen and CO2 as basic components. Some lasers may also require small additions of CO, O2, H2 and/or Xe, which trigger the chemical process in the resonator. CO and O2 counteract the decomposition (dissociation) of CO2, allowing higher output powers. Hydrogen has a similar effect and can contribute to a more uniform electric discharge in the resonator. Output power and effi ciency can also be improved by the addition of Xe. This has the lowest ionisation potential and largest ionisation cross-section, thus becoming the primary source of ions in the discharge. Laser gases can be delivered in separate cylinders, or pre-mixed in a single cylinder. Laser gases for excimer lasers Excimer lasers are also multi-gas lasers. There are several spectral lines (wavelengths) that can be generated depending on the type of rare gas/halogen combination in the laser gas mixture. In the excited state these form a metastable compound called “excimer” (excited dimer). As this compound disintegrates, it emits UV radiation. Krypton-fl uorine (Kr-F) lasers are typical examples of this type of laser, generating laser radiation at 248nm. Another type is the xenon-chlorine (XeCl) laser, emitting radiation at 308nm. Rare gases are usually argon, krypton or xenon, buffer gases, helium or neon, and fl uorine or chlorine representing the halogen. Fluorine and chlorine are toxic and highly corrosive (especially when in contact with moisture) and require special processes and procedures for the gas supply system and when handling waste laser gas (see Fig. 3). Excimer lasers are generally supplied with custom-blended pre-mixtures where the halogen component is diluted to below 10%

Additional Information:

• Production Capacity: 47 ltrs
• Delivery Time: immediately