Argon 5.0 Specifications
Marketta Carucci
This standard contains the essential welding variables for carbon steel in the thickness range of 1/8 through 1-1/2 inch, using Argon plus 25% CO2 shielded flux cored arc welding. It cites the base metals and operating conditions necessary to make the weldment, the filler metal specifications, and the allowable joint designs for groove and fillet welds. This WPS was developed primarily for pipe applications. ISBN 0-87171-017-X
MBRAUN offers its researchers a wide range of ready to use glove box workstations that can be equipped with a comprehensive set of optional features. University and Industrial labs use glove boxes for the research and development of emerging technologies including Lithium Batteries, Chemical, OLED / PLED and Welding.
The LABmaster pro glove box workstation offers enhanced features and benefits to meet the demands of our clients. As the flagship model of MBRAUN glovebox workstations, the LABmaster pro can be easily configured with our entire line of specially designed process tools and can be fully integrated with other third party equipment. The LABmaster pro has proven to be a superior glove box system in numerous research and manufacturing environments and is often utilized in emerging markets such as CHEMISTRY, BATTERY, OLED, PEROVSKITE. With upgraded features and added benefits the LABmaster pro platform is your best choice to meet your growing application.
The MBRAUN UNIlab pro glovebox workstation has been designed to meet the specification of various applications and is considered to be the most universal glovebox platform. Compared to the LABstar workstation the UNIlab pro provides you and your team with added features including the enhanced UNIlab pro gas purification system. Other built-in features of the UNIlab pro Workstation are integrated high vacuum feedthroughs and a stainless-steel encapsulated blower. The UNIlab pro can operate with nitrogen or argon as working gas, which makes it ideal for applications like research or battery production. The enclosures are modular which gives you a wide choice of sizes (2, 3 or 4 gloves), single or double sided, and especially the possibility to assemble several enclosures together.
The LABstar pro glovebox workstation is a ready to operate high quality glovebox system that meets your specific application requirements for inert and clean environments. The system has been designed for customers needing an economic research and development tool to do vital experiments under clean atmospheres. Standard features of this system include a large main antechamber, a rotary vane vacuum pump and the MBRAUN programmable logic controller (PLC). The standard LABstar package comprises a single column inert gas purification system (fully automatic and regenerable) that purifies the glovebox atmosphere to levels of less than 1 ppm oxygen and moisture. This system can be operated with Argon or Nitrogen gas as working gas. As a matter of course the system is made available in full stainless steel piping. The enclosure is modular to extend easily the system.
The isolator operates in a constant relative negative pressure. Negative pressure is generated by a built in blower positioned after the outlet filter. The blower is frequency controlled and regulates the pressure to -200 Pa with an air exchange rate up to > 15 times/h. The air exchange rate can be reduced by adjusting the manual valve at the air inlet side. The frequency controlled blower will automatically increase its speed in case of a defective glove or leak. This function allows optimal operator protection under all circumstances and provides the required air speed across a glove port opening during a breach.
The ISO-Pro-Nano glovebox with integrated blower is designed for operator protection while working with nanoparticles. It is operated in relative negative pressure to the environment (-200 Pa). The operator safety is guaranteed by the high leak tightness of < 1 vol%/h and the automatic (under)pressure control. In case of a leak (e.g., the breakdown of a glove) the blower generates a permanent inward gas flow with a velocity > 0.5 m/s to prevent the diffusion of box atmosphere into the surroundings. Many options are available to enrich the basic version such as with HEPA H 14 filters, inert gas purge operation, round/rectangular transfer chamber, push-push filter, round antechamber and its filtration, overpressure valve.
The MB-TIG-1010 bench top glove box platform is designed as a complete welding enclosure workstation with the capability to add gas purification systems and purge style antechambers. Operation enables you to easily load welding material into the box with the ability to purge with working gas (Nitrogen or Argon). Flow rate monitors, built in eye shields, and electrical connection board offers both safety and easy working power inside the box for all your welding tools. The MB-TIG-1010 is MBRAUN's recommended choice in small material welding under clean environments.
This conventional style argon laser system utilizes a hard-sealed argon laser tube housed within a rigid chassis. A high flow axiel fan provides quiet and efficient cooling of the laser tube. A remote cooling option is also available.
Argon is an inert, non-reactive gas, which means it does not engage with the wine or its components. Because of this property, argon is used in Coravin's wine preservation systems to protect still wines from oxidation without altering their taste or aroma. This ensures that each pour maintains the integrity and quality of the wine.
Exceptional value and compact design and can be connect to regulators or pipeline installations. Provides precise shielding gas regulation for MIG and TIG welding applications and more. Shatter-resistant polycarbonate flow tube is repositionable for easy reading and features triple-scale for argon, helium and argon/CO2. It has a packless o-ring flow tube seal which reduces maintenance and a built-in rupture disc reduces possibility of flow tube damage due to high-pressure inlet surge. Precision flow-adjustment valve allows easy adjustment to desired setting.
[Features]
Can be manufactured as a double-type with two argon regulator flow meters (25 liters).
Operating pressure is setting type.
A compact design.
[Applications]
Argon gas regulator.
The next-generation Thermo Scientific Phenom XL G2 Desktop Scanning Electron Microscope (SEM) automates your quality control process, providing accurate, reproducible results while freeing up time for value-added work.
The Phenom XL G2 Desktop SEM features full-screen images and an average time-to image of 60 seconds. The unique CeB6 electron source offers a long lifetime with less maintenance. The small form factor requires little lab space, allowing you to place the microscope exactly where you need it.
The Thermo Scientific Phenom XL G2 Argon-Compatible Desktop Scanning Electron Microscope (SEM) automates your workflows while providing a stable, non-reactive environment for your reactive sample research.
The Phenom XL G2 Argon-Compatible Desktop SEM boasts the same 60-second time to image as the Phenom XL G2 SEM, while also being able to be placed in an argon glove box, assuring the safe analysis of solid state lithium.
The Phenom XL G2 Desktop SEM is standardly accessible via the Phenom Programming Interface (PPI), a powerful method for controlling the Phenom XL G2 Desktop SEM via Python scripting. If the user has a SEM workflow with repetitive work to analyze particles, pores, fibers or large SEM images, the instrument can do so automatically.
In many SEM applications, a user can gain more insight into sample properties if the sample can be tilted and rotated. The optional eucentric sample holder enables eucentric tilt and rotation, making research and analysis faster and more accurate.
The dedicated software package elemental identification software package (EID) is used to control the fully integrated EDS detector. The intuitive step-by-step process within the EID software helps the user to collect all X-ray results in an organized and structured way.
When placed in an argon glove box, this desktop SEM setup enables your research on solid state lithium batteries since it decreases the risk of sample volatility or sample degradation due to lithium oxidation.
The product selector is here to assist you in choosing the most suitable Scanning Electron Microscope (SEM) system and software for your research. Find out in a few minutes which SEM best suits your research application:
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Modern industry demands high throughput with superior quality, a balance that is maintained through robust process control. SEM and TEM tools with dedicated automation software provide rapid, multi-scale information for process monitoring and improvement.
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