ASTM D6653 High-Altitude Packaging Testing Services
When products or packaging systems are exposed to high-altitude conditions, they may be affected negatively by the resultant pressure differential. For example, if the packaged products are transported via the feeder aircraft network, they are liable to experience altitudes as high as 5791 m. Effects due to this pressure difference are determined by ASTM D6653.
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- Overview
- Scope, Applications, and Benefits
- Test Process
- Specifications
- Instrumentation
- Results and Deliverables
Overview
ASTM D6653/D6653M-13 is a vital test method for packaged products that travel by different modes of transport, such as aircraft or high terrain. While travelling through these regions is necessary to determine the effects of differential pressure on the packaged goods. The results determined by these processes are used for qualitative analysis.
ASTM D6653/D6653M-13 supplies the controlled test conditions to match diminished atmospheric pressure experienced at higher altitudes, so producers are capable of checking deflection or leak resistance, sealing effectiveness, and packaging structural integrity.
Scope, Applications, and Benefits
Scope
ASTM D6653/D6653M-13 specification identifies the packaging response to low ambient pressure. This procedure simulates air transportation, warehousing, or shipping at high altitudes and provides details of pressure-induced effects such as bulging, collapse, or seal failure.
The test procedure applies to container shapes and sizes of any form – bottles, cans, cartons, flexible pouches, and vacuum-pack containers – and allows packaging producers to predict packaging integrity during transportation at elevation. Test outputs depend on container material, shape, fill level, and closure type and provide a detailed understanding of packaging strength under ambient-pressure conditions.
Applications
- All Industries with cross-country shipping through elevated terrain
- Package and product development
- Quality control and assurance across industries.
Benefits
- Helps in identifying seal weakness.
- Ensure product safety.
- Informed design improvement.
- Assess structural integrity.
Testing Process
Sample Preparation
Package systems are filled, sealed, and conditioned in accordance with the product's specific requirements.
1Vacuum Application
The sealed packaging specimens are placed in a vacuum chamber
2Observation and Measurement
Package specimens are continuously observed while under vacuum.
3Recording Results
Any failure, permanent deformation, or compromise of the seal is documented.
4Technical Specifications
| Parameter | Details |
|---|---|
| Sample details | Filled and sealed packaging containers, including bottles, cans, cartons, and flexible pouches |
| Sample preparation | Conditioned as per product specifications, avoiding pre-existing damage |
| Equipment | Vacuum chamber capable of simulating low-pressure conditions corresponding to high altitudes |
| Observation parameters | Deformation, leakage, burst, or seal compromise |
| Environmental control | Temperature and humidity may be controlled to match shipping or storage conditions |
Instrumentation Used for Testing
- Vacuum Chamber – Simulates high-altitude, low-pressure conditions
- Vacuum Pump – Creates and maintains the required vacuum level
- Pressure Gauge / Sensor – Monitors chamber pressure accurately
- Pressure Control Valve – Controls the rate of pressure reduction
- Timer / Data Logger – Records exposure time and pressure
- Sample Holders – Secures packages during testing
Results and Deliverables
- Presence or absence of leaks
- Bulging or deformation of the container angle
- Seal integrity under vacuum conditions
- Suitability of packaging for air carriage or warehousing at higher altitudes
Frequently Asked Questions
It is a standard test method for evaluating the effects of high-altitude conditions on packaging systems using a vacuum to simulate low atmospheric pressure.
A vacuum chamber reduces internal pressure to replicate the atmospheric conditions found at commercial airline altitudes.
It ensures packaging maintains structural integrity, leak resistance, and seal quality during air transport or high-altitude storage.
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