RoHS Accelerated Stress Testing (AST)
Intertek offers testing services to help its customers with electrical and electronic equipment product changes for RoHS compliance
As companies take steps towards RoHS compliance, products changes may alter solder composition, PCB strength, corrosion resistance, electronic characteristics, and durability. If not done correctly, these RoHS related changes could result in product reliability and performance issues.
Accelerated Stress Testing Services
Intertek provides Accelerated Stress Testing (AST) to quickly and easily determine what effects the RoHS related material changes have on products. Intertek’s Accelerated Stress Testing (AST) benefits clients worldwide by:
- Identifying real failure modes and the root causes of these failures
- Increasing product quality by exposing failure modes that previously overlooked
- Reducing development and testing time, the amount of tests and prototypes needed, and production costs incurred by the client
Failure Mode Verification Testing (FMVT):
Inherent design weaknesses are revealed by exposing the design / prototype to a combined set of amplified environments and/or stresses. Multiple failure modes, failure sequence and distribution are produced.
Multiple Environment Over Stress (MEOST):
Multiple stress levels are applied to a product in a short period of time, simultaneously elevating stresses towards two-thirds of the destruct limit in order to find potential failure modes.
Highly Accelerated Life Test (HALT):
Testing subjects product to increasing stress levels of temperature and vibration, rapid thermal transitions, and other stresses related to the operation of the product.
Highly Accelerated Stress Screen (HASS):
The development of custom production screens to identify process defects in conjunction with test results found from HALT.
Need help or have a question?
- +86 (22) 83712202
- +82 (0)2 2109 1250
- +91 8291049593
- 0800 5855888
- +49 711 27311 152
- +31 88 126 8888
- +44 1932 732 100
- +33 (0) 385 99 12 80
- +46 8 750 00 00