QQI's (Quantitative Quality Indicators) are magnetic particle test pieces with artificial defects used to verify proper field direction and adequate field strength. QQI's are a valuable tool to be used …

Quantitative Quality Indicators (QQI) are magnetic particle test piece shims with artificial defects used to verify field direction and relative strength. QQIs are also used to balance multi …

Artificial flaw shims improve inspection reliability, verify magnetic field direction and relative strength at all critical areas of a component. Basic Circular and Cross Bar flaws configuration …

Quantitative Quality Indicators (QQI) are magnetic particle test pieces with artificial defects used to verify field direction and relative strength. QQI’s are also used to balance multi-directional …

QQIs are artificial flaw (notched) shims that are attached to example parts, commonly used to demonstrate both field strength and direction within a part. Available in several diferent …

Magnaflux® Quantitative Quality Indicators (QQI) are magnetic particle test pieces with artificial defects used to verify field direction and relative strength.

QQI test pieces are used in magnetic particle inspection (MPI) to verify field direction and relative magnetic strength through artificial defects. Their thin and flexible design allows them to …

30 QQI QQIs are useful for setting up the magnetization parameters for part-specific techniques, and can be used to create an example part for the daily system performance check of the …

The QQI’s shown below may be used to ensure the establishment of fields in the uni-directional magnetization method and to ensure the establishment and field balance in the multidirectional …

Artificial flaw shim standards for MPI increase productivity by minimizing magnetizing “shots.” Placed on part surface to verify field direction and relative strength. Particularly useful for …