Thanks for visiting our site!
Oxygen Gas
Checkout Ebay Auctions For The Cheapest Prices
 |
 LARGE iTi OXYGEN / GAS PRESSURE GAUGE 0-60psi 16cm DIAMETER  US $3.11
|
 O2 detector,Oxygen gas detectors, Meter,Gas monitor US $315.00
|
 PI28 LP OXYGEN DEPLETION LPG GAS PILOT BURNER ASSEMBLY US $23.45
|
 Air Oxygen Gas Filter for Compressor Reduces Dirt Dust US $9.99
|
 ESAB OXWELD FLASH ARRESTORS OXYGEN AND FUEL GAS PAIR US $30.00
|
 OXEQUIP 6118 GAS OXYGEN REGULATOR/GAUGE US $49.99
|
 HUDSON 2070 GAS OXYGEN REGULATOR/GAUGE US $34.99
|
 VICTOR MEDICAL VGM-8SY GAS OXYGEN REGULATOR/GAUGES US $36.99
|
 CONCOA 4500 Series GCA 870 Oxygen Gas Regulator US $34.99
|
 Purox Welding Oxygen Gas Regulator Gauge R-205 540CGA US $129.99
|
 Thermco 7130 Mixer Analyzer % Oxygen in Argon Gas 115v US $80.00
|
| Powered by phpBay Pro |
Also Checkout Amazon For Related Products:
 |
Hobart 770132 Oxy/Acet,Hose, Grade R, Twin Welding 1/4-Inch by 25-Feet Sale Price: $24.95  |
|
Acetylene double welding hose comes complete with fittings. High-quality, neoprene-covered hose is flexible and kinkproof. Grade R (acetylene only). Application: Welding hose, Diameter (in.): 1/4, Hose Length (ft.): 25, Material: Neoprene |
 |
"Victor" Style Welding Cutting Torch Kit Acetylene Oxygen List Price: $189.99 Sale Price: $77.64 |
|
Professional Grade Victor-Type Gas Welding and Cutting Kit - Everything You Need for Professional Welding and Cutting Results, Torch Handle, Oxygen Regulator, Acetylene Regulator, Cutting Attachment, Cutting Nozzle: No. 2, Welding Nozzles: No.0, No. 2 and No. 4, Twin Hose: 15'x 1/4"-With Solid Brass Fittings, Tip Cleaner, Goggles, Spark Lighter, Spanner Wrench, A.B.S. Storage / Carrying Case |
 |
GasBadge Plus Personal Gas Alarm- Oxygen By Industrial Scientific List Price: $195.00 Sale Price: $125.00 |
|
GasBadge® Plus is a one-year, maintenance-free, single gas monitor ideal for personal protection from unsafe levels of Oxygen. The unit's compact size and light weight allow it to be worn comfortably with a variety of clip attachments, and the top-mounted sensor provides continuous and unobstructed protection even when placed in a shirt pocket.The rugged enclosure is extremely durable and resistant to water and radio frequency interference. A protective concussion-proof overmold protects the unit from extreme abuse in a variety of harsh industrial environments. The large LCD display features a graphical interface and can be set up to show direct gas readings or just the gas type. The instrument's two-button operation allows for easy navigation and setup, which can be password-protected for added security.Continuous event-logging is a standard feature for the GasBadge Plus with the past 15 alarm events recorded. Optional Cal PlusTM calibration station and Datalink accessories enable easy instrument maintenance, configuration and data downloading. One year warranty. |
 |
Reelcraft STW3450 OLP Twin 1/4-Inch by 50-Feet Spring Driven PVC Hose Reel for Oxygen/Acetylene Gas Welding List Price: $302.00 Sale Price: $301.00 |
 |
Hobart 770128 Oxy/Acet,Gauge Low Pressure,Psi/Kpa,Oxygen Sale Price: $15.21 |
 |
Hot Max 24143 4-80 PSIG Medium Duty 065 Oxygen Regulator List Price: $81.49 Sale Price: $75.07 |
|
Hot Max Medium Duty Oxygen Regulator has 2-Inch dial faces with 4-80 PSIG. |
 |
Neiko 53882A Anti-Dust Paint Respirator Mask Industrial Gas Chemical List Price: $13.99 Sale Price: $7.48 |
|
Replacement cartridges are available also: Anti-dust, Anti-organic vapors, Anti-spray paint, Anti-acid gas, Anti-ammonia. |
 |
5.11 Side Kick Boot Knife with Oxygen Tank Key in Handle List Price: $56.36 Sale Price: $41.28 |
|
The Sidekick is a great choice for boot or belt carry and can even be worn as a neck knife. The sheath is also MOLLE compatible. This new and innovative knife is an exceptional value. |
 |
Bernzomatic TS4000 Trigger Start Torch List Price: $57.00 Sale Price: $33.19 |
|
The BernzoMatic trigger-started cast aluminum torch head light is a self-igniting high-temperature torch head designed for easy operation. Simply pull the trigger for ignition, and release it to turn off. This head produces a swirl flame and burns propane or mapp gas. Pressure regulation allows the flame to burn in any direction and ensures consistent performance. Even while the flame burns, the replaceable brass tip stays cool. The stainless steel burn tube, cast aluminum body, and brass burn tip are constructed for durability. The BernzoMatic torch head weighs 1.3 pounds and is backed with a 1-year limited warranty. |
 |
Victor 0384-0936 Genuine Portable Torch Cutting Welding List Price: $758.00 Sale Price: $339.99 |
|
Victor Portable Torch Outfit #0384-0936 This is the real genuine Victor torch outfit, not Cutskill or Proline. Built in flashback arrestors Warranty: 5 Years on handle and attachment. 3 Years on regulators. All these kits are new and never used. This kit has the genuine Victor torch. Here is what is included in this great torch outfit: 20 Cu. Ft Oxygen Cylinder (Empty) with fresh hydrotest date 10 Cu. Ft (MC) Acetylene Cylinder (Empty) with fresh hydro date Acetylene regulator # CSR160AR Oxygen regulator # CSR150CR 100FC genuine Victor handle with built in flashback arrestors CA1350 genuine Victor cutting attachment # 0 Acetylene Cutting Tip # 1 Acetylene Welding Tip 12.5 ft Grade T dual hose 3/16" ID Striker Acetylene cylinder wrench with chain Carrier tote case with storage tube built in Instructions Cuts up 1/2" and welds up to 1/4" with tips supplied in kit. |
Here are some more information for Oxygen Gas:
Gas prices are getting a little bit ridiculous, so it's no surprise everyone wants to know how to convert an engine to hydrogen. Lucky for you, this is something I'm actually a bit of an expert on so I'm going to let you in on a little secret.
A couple of years ago, I was wondering how to convert an engine to hydrogen. I did a lot of research on the subject and was able to build a few small-scale prototypes but I had best success with engines that ran on gasoline AND hydrogen together. This didn't completely eliminate the need for gasoline, but I did learn how to convert an engine to hydrogen and get much better fuel economy out of it (as in nearly double).
There was still a downside to the designs I was using. Pure hydrogen gas isn't necessarily expensive but it's a little hard to get a hold of in most towns, and while there are a handful hydrogen fueling stations in the US, most are actually in Europe and Japan, so my little projects got pushed to the back burner after awhile.
Enter Spring 2007. I got a call from a colleague and he was absolutely ecstatic. I couldn't tell much what we has saying so after getting him to calm down I finally got him to blurt out "Hydrogen Hydrogen Oxygen!". Yes, for the first time my eyes were opened to HHO. HHO is a Hydrogen /Oxygen gas mixture which is combustible. Apparently he had been visiting an uncle who happened to own an HHO torch that generated HHO gas from water through an electrolysis process.
Beautiful! From there I began working on my own prototypes. The question in my mind had now changed and I found myself wondering how to convert an engine to hydrogen derived from water. Fortunately for me, it only took a little tweaking of my previous prototypes to get them running. The only problem was that I had done some major redesigning of the engines themselves to run in this manner, which cost me quite a bit to begin with.
Fast forward to 6 months ago, a call from the same colleague again sparked my interest in my old projects. This time he was also quite ecstatic, mumbling and such. I got enough out of the gibberish to hop online and what I found totally floored me. There are thousands of people that have already discovered how to convert an engine to hydrogen using this HHO gas and they were doing it for under $100, apparently with no modification of the engine and basically with nothing more than a reservoir, some wiring and tubing, and some water to generate the HHO.
Oh of course, are you ready for the secret?
I can't tell you exactly how it's done because the design is not my own, and that would be stealing! However, for your convenience I have taken the time to personally review and test the Top 3 Guides [http://www.squidoo.com/hho-fuel-kits-review] that show you step-by-step how to convert and engine to hydrogen using water. They've got the whole process so refined, you could complete the whole project in only a couple hours. If you're ready to start saving gas, please take a look [http://www.squidoo.com/hho-fuel-kits-review] at my review.
Gas Transmission Rate, Permeance and Permeation Coefficient Application Guide
Abstract: the article introduces the definitions, application scope as well as the difference and conversion relationship of 3 permeation parameters (gas transmission rate, permeance and permeation coefficient). Furthermore, it also explains the unclear situations in the international and national standards.
Key Words: permeation, transmission rate, permeance, permeation coefficient
There are some slight differences between domestic and international definitions of permeation parameters, which cause confusions in parameter concept and application. The situation will not only affect data transfer but lead to the evaluation failure to the materials. This article focuses on the analysis of the transmission rate of the permeation parametric gas, the permeance and the definition of gas permeation coefficient. The article also introduces the relationship between them and important issues in application.
Chapter One The Standard Definition Of Gas Permeation Parameter
Because carrier gas (N2) reversely transmits in the equal pressure method, the method is essentially different from the manometry method. The difference may affect method application scope and parameter definition (for example, the equal pressure method is mostly applied to oxygen gas test, but the manometry method has barely had any requirements to test gas). As a result, this article introduces the definitions of various permeation parameters according to the type of testing method.
1.1 Manometric Method
1.1.1 ASTM D1434-82
In ASTM D1434-82, there are three descriptions of permeation parameters:
1. Gas Transmission Rate (GTR): The quantity of a given gas passing through a unit of the parallel surfaces of a plastic film in unit time under the conditions of test. The SI unit of GTR is 1 mol / (m2·s).
2. Permeance (P): The ratio of the gas transmission rate to the difference in partial pressure of the gas on the two sides of the film. The SI unit of permeance is 1 mol / (m2·s·Pa).
3. Permeation (P): The product of the permeance and the thickness of a film. The SI unit of P is 1 mol / (m·s·Pa).
1.1.2 ISO 2556:2001
There is only one description of permeation parameter in ISO 2556:2001:
Gas transmission rate: The volume of gas which, under steady conditions, crosses unit area of the sample in unit time under unit pressure difference and at constant temperature. The rate is usually expressed in cm3 / m2·d·atm.
1.1.3 GB/T 1038-2000
There are two descriptions of permeation parameters in GB/T 1038-2000:
- permeance (Qg): The volume of gas which, under steady conditions, crosses unit area of the sample in unit time under unit pressure difference and at constant temperature. The rate is usually expressed in cm3 / m2·d·Pa.
- Permeation coefficient (pg): The volume of gas which, under steady conditions, crosses unit area and unit thickness of the sample in unit time under unit pressure difference and at constant temperature. The rate is usually expressed in cm3 ·cm/ m2·s·Pa.
1.1.4 Conclusion
Through the analysis of the standard definition and result unit, in GB/T 1038-2000, ASTM D1434-82 and ISO 2556:2001, the definitions of the gas permeation coefficient are the same; the expressions of the permeance are different, GB/T 1038-2000 ‘permeance (Qg)’= ASTM D1434 ’Permeance (P)’ = ISO 2556 ’Gas transmission rate’?the units could all be transformed to cm3 / m2·24h·0.1MPa.
1.2 Equal pressure method
1.2.1 ASTM D3985-05
There are three descriptions of permeation parameters:
1. Oxygen Transmission Rate (O2GTR): The quantity of oxygen gas passing through a unit area of the parallel surfaces of a plastic film per unit time under the conditions of test. The SI unit of transmission rate is the mol / (m2·s).
2. Oxygen Permeance (PO2): The ratio of the O2GTR to the difference between the partial pressure of O2 on the two sides of the film. The SI unit of permeance is the mol / (m2·s·Pa).
3. Oxygen Permeation Coefficient (P’O2): The product of the permeance and the thickness of film. The SI unit of oxygen permeation is the mol / (m·s·Pa).
1.2.2 ISO 15105-2:2003
There are two descriptions of permeation parameters in ISO 15105-2:2003:
1. Gas-transmission rate (GTR): Volume of gas passing through a plastic material, per unit area and unit time, under unit partial-pressure difference between the two sides of the material. O2GTR is the oxygen-transmission rate, expressed in moles per square metre second pascal [mol / (m2·s·Pa)]. O2GTR is generally expressed in cubic centimetres per square metre 24h [cm3 / (m2·24h)].
2. Gas permeation (P): Volume of gas passing through a plastic material of unit thickness, per unit area and unit time, under unit partial-pressure difference between the two sides of the material. P is expressed in mole metres per square metre second pascal [mol·m / m2·s·Pa].
1.2.3 GB/T 19789-2005
There are three descriptions of permeation parameters in GB/T 19789-2005:
1. Oxygen transmission rate (O2GTR): Volume of oxygen passing through a specimen material, per unit area and unit time, under test conditions. O2GTR is generally expressed in cm3 / (m2·24h).
2. Oxygen permeance (PO2): The ratio of the O2GTR to the difference between the partial pressure of O2 on the two sides of the film. The unit of permeance is the cm3 / (m2·24h·0.1MPa).
3. Oxygen Permeation Coefficient (PO2 ): The product of the permeance and the thickness of film. The unit of oxygen permeation is cm3 / (m·24h·0.1MPa).
Note: GB/T 19789-2005 has been modified to adopt ASTM D 3985-1995 Oxygen Gas Transmission Rate Through Plastic Film and Sheeting Using a Coulometric Sensor.
1.2.4 Conclusion
By the analysis of the standard definitions and the result units, for the equal pressure method, the definitions and units of oxygen permeation coefficient are the same in GB/T 19789-2005, ASTM D3985-05 and ISO 15105-2:2003, the only difference is that GB/T 19789-2005 translates it into oxygen permeation coefficient. Besides, the expressions of the gas permeance are different, GB/T 19789-2005 ’oxygen permeance (PO2)’= ASTM D3985-05 ‘Oxygen Permeance (PO2)’= 15105-2:2003 ‘Gas-transmission rate (GTR)’. It is noticeable that ISO 15105-2:2003 can be applied to more than oxygen permeation test, thus, it does not restrain the concept of permeation parameter in the scope of oxygen test.
Chapter Two: The Application Of Permeation Parameters
The gas permeation rate is the volume of the gas which passes through unit area of specimen in a unit time; it is determined by the barrier property of the material and the partial pressure difference between two sides of the specimen. The gas permeation rate is determined by the test conditions and the specimen itself. The permeance is only determined by the specimen itself. As to the gas permeation coefficient, it is determined by the properties of the specimen material itself.
Usually, the permeance (cm3 / m2·24h·0.1MPa) and the gas transmission rate are the only things we concern. Besides the influence of the standard definition difference, technically speaking, the gas transmission rate has been barely applied. That is because the rate is usually influenced by the gas partial pressure difference and thus unfavorable to data comparison. Moreover, some misunderstanding to the application of gas transmission rate does exist. The rate could not be applied to every material but to the even single layer material. Before application, tests of materials with varied thickness should be executed and proved to be consistent. To multi-layer materials the test of gas transmission rate is meaningless. The rate serves to design multi-layer material structures.
Chapter Three: Conclusion
Attention should be drawn to the differences in the definitions and units of permeation parameters. As to the users, the meanings of parameters of different standards shall be confirmed by comparing the result units; the parameters’ tag should not be the only thing being concerned in order to avoid confusion in data comparison and communication.
Labthink Instruments Co., Ltd.
No. 144 Wuyingshan Road, Jinan 250031, China
Tracy Bao info@labthink.cn
Tel: 0086 531 85061153 fax:0086 531 85812140
About the Author
Labthink, the excellent provider of testing instruments and testing services, is devoted to provide most excellent and complete quality control solutions for pharmaceutical, foodstuff, cosmetics, packaging, printing, adhesive, automotive, petrochemistry, environment, biology, new energy, construction, aviation and electronic industries worldwide.
Why would a decrease of oxygen gas result from an increase in temperature?
Heat produced from factories can cause a decrease of oxygen gas in nearby water sources. Why would a decrease of oxygen gas result from an increase in temperature?
A. The water molecules break apart.
B. The surface area of the water decreases.
C. The solubility of the oxygen gas decreases.
D. The oxygen gas reacts to form new substances.
Please help, thanks!
The solubility of gas in water decreases with temperature.
Have you ever 'watched the pot' when heating tap water.
You see small gas bubbles form long before the water boils.
That's why they form.
25 dead in W.Va. mine blast, worst since 1984
A huge underground explosion blamed on methane gas killed 25 coal miners in the worst U.S. mining disaster since 1984, and rescuers on Tuesday began a dangerous and possibly futile attempt to rescue four others still missing.
Thanks for visiting!
