industrial gas supplies | hoses
As we previously covered in Flexible Hoses Part 1: Understanding the Basics, it’s easy to order the wrong hose. There are a lot of factors that come into play when choosing a flexible hose for cryogenic or compressed gas applications, and it’s not uncommon for customers to get bleary-eyed when diving into the specifics of hose terminology.
hose mfg | Medical Gas Supplies | industrial gas supplies | cryogenic equipment | hoses
How well do you know your flexible hoses? Do the terms ‘permeation,’ ‘post-sintered’ or ‘bend radius’ have meaning or do they seem more like unintelligible industry jargon? If it’s the latter, you’re not alone! Bottom line, it’s easy to order the wrong hose.
Refresh your understanding of the critical preventive measures that have been shown to save lives by subscribing to our blog for a free download of our guide: Ratermann's guide to SB-26 & our reccomendations to prevent gas mix-ups.
industrial gas supplies | Cryogenic Corner | cryogenic equipment | cryogenic valves
Designed specifically to prevent leaking in cryogenic applications, the Worcester C44 Series Ball Valve is highly preferred by technicians in the field for a number of reasons:
industrial gas supplies | ratermann mfg | cylinder ring tags
An oldie, but a goodie, the Ratermann cylinder ring tag is the O.G. that started it all. Before George Ratermann created Ratermann Manufacturing back in 1997, he came up with an ingenious solution to an everyday problem in the gas distributorship industry: how to quickly and unquestionably know if a cylinder was empty or full.
Medical Gas Supplies | industrial gas supplies | lubricants | ratermann mfg
Cleaner in appearance, and much more reliable than Teflon tape, Flouramics Lox-8 Paste is the answer to all your lubricant and sealant concerns.
industrial gas supplies | Beverage Solutions | Cryogenic Corner | Fill Plants
Atmospheric gas packaging is a growing technology that is done by manipulating gases to remove oxygen from a high barrier or permeable package. It is achieved by using inert gases including nitrogen, carbon dioxide, and exotic gases such as argon or helium to inject and remove multiple times to eliminate until the oxygen is eliminated. It is also known as modified atmosphere packaging, protective atmosphere packaging, reduced oxygen packaging, and gas flushing.