The Accumulation leak test is a testing method used to detect leaks without the use of vacuum chambers. This leak testing method is capable of detecting leaks of greater than 10-6 STD CC/SEC. As a company that is dedicated to leak testing, we know what works when it comes to accumulation leak testing. Explore the advantages of working with Future Technologies.
Helium Accumulation Advantages
No Vacuum System
While FTI offers an excellent selection of vacuum system leak tests, not every situation will benefit from vacuum systems. This is especially true in instances where vacuum technology would be too rough for the application in question.
The accumulation leak testing method is an excellent method to use for applications that must endure extreme temperatures. Since this leak test is temperature independent, it can endure hot, cold, and fluctuating temperatures alike!
Withstands Harsh Environments
When you require a rugged leak testing method that can tolerate hostile environments better than other mass spec techniques, helium accumulation leak testing is an option to consider. At FTI, we offer durable helium accumulation leak testing that will stand up to harsh use while continuing to provide accurate data.
All-Inclusive Pricing for Accumulation Leak Testing
Our all-inclusive pricing for vacuum decay leak testing covers engineering documentation and manuals, training, start-up and run-off, and post-approval support. When you partner with FTI there are no hidden or unexpected fees.
Is Accumulation Testing Right for You?
If you are unsure if accumulation leak testing or a different leak testing method would be the most ideal testing method for your application, then you have come to the right place. As a Solution Integrator, FTI offers an unbiased selection of the leak testing process that is most appropriate for our customer’s needs. This is another reason why we take customer service so seriously; we are committed to clear communication and enjoyable collaboration with our customers, ensuring that they receive the best possible results.