Satisfy the Requirements for ASTM D4169-16 Distribution Cycle 13 Test

The aforementioned ASTM 4169-16 test consists of: Shock / Drop, Compression, Vibration, Low Pressure Exposure, Impact. The acrylic vacuum chamber will be able to meet the Low-Pressure Exposure part of this test.

Keep in mind that we are talking about the Acrylic Vacuum Chamber only. The ASTM 6653 requires a pressure decrease of 1000 ft every 30 seconds to 60 seconds until the altitude equivalent of 16,000 ft or 400 Torr has been reached. You would need a vacuum controller in order to be able to achieve such vacuum increase/decrease and hold - which we do offer.

Many of our clients use our acrylic vacuum chambers to perform package quality testing. Many are package testing laboratories while others are package testing labs that the companies decided to bring in house in order to consolidate resources without having to contract out their package testing needs.

The most popular vacuum chamber used for the ASTM D4169, including the ASTM 6653 test is our acrylic vacuum chamber, hinged side door, front loading. As long as our customer tells us that they are looking to mount this chamber to a vibration table, we gladly add mounting holes onto the bottom wall of the chamber so that it can be mounted to a table.

Reach Out to us if you have any questions with regards to the ASTM D4169 Test.

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Pressure Decay Leak Testing Systems
Pressure Decay Leak Testing Systems are instruments that detect and quantify a leak by measuring the pressure drop over specified amount of time. Any specimen that is inflated will stay inflated if it is leak tight. On the other hand, of a leak exists in the inflated specimen, air will escape through the orifice and decrease the pressure inside the specimen. The higher the pressure drop, the high the leak.
Digital Vacuum Gauge Instruments
A Digital Vacuum Gauge is an instrument which precisely measures a vacuum level inside a vacuum chamber. Unlike a rough dial vacuum gauge, which shows only where the vacuum chamber is roughly with an error of up to 3% (a high as 1 inHg) a digital vacuum gauge will show vacuum levels up to 3 significant figure in Torr and millitorr – this makes the digital vacuum gauge ten thousand times more accurate than the dial vacuum gauge.
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