A robust and flexible leak test solution is essential for ensuring the integrity of enclosed devices and systems.

That's the easy part. But how do you choose the right leak testing solution and ensure you're getting the most out of it? That's where Agilent comes in.
From down time to product yield to warranty and liability expenses, leaks cost money.
How do I know my leak test process is working? Is helium leak detection complicated?
How do I set up my leak detection process? What factors do I need to consider?
Pumping speed is a widely cited characteristic of leak detector performance—but do a few tenths of a liter per second really matter?
It is often suggested that the ability to detect masses other than helium allows flexibility in the trace gas used. But there's more to the story.
Sniffing readily enables pass/fail determinations – but avoiding quantitation errors poses significant challenges to sniffer probe operators.
Helium leak detection is the ideal solution for determining the vacuum tightness of a large vacuum chamber.
Loss of a hermetic seal may cause oxidation or corrosion of components that are critical to a device's operation.
A small amount of leakage in a power plant can cause a significant change in efficiency.
It is true that everything leaks, but what we most often need to know is what kind of leak, where leaks are, or what is the actual total
leak rate of a part or system.
While there is a lot to learn, this 40-minute webinar, Fundamentals of Leak Detection, which you can watch at your own pace, will provide a great start in understanding the requirements, technologies, and methods of precision leak testing.
You’ll want to protect your investment so you can be assured that you are maximizing your throughput, producing reliable results with the greatest accuracy and sensitivity, and ensuring your equipment is fully compliant with industry regulations.
And you can be connected with our global network of experienced service professionals dedicated to your success and productivity.