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See Immersion Canary live at SC26Booth 3947 · Two live tanksRequest a meeting
fluidiQ by Magnalytix

For component manufacturers

Evaluate component structures in immersion.

Investigate how fluid health and component geometry relate to electrical behavior, using representative test structures in the immersion environments your customers use.

Discuss component evaluation
Immersion Canary with its fluidiQ-branded sensing card and stainless steel enclosure, shown without a background.

How Immersion Canary helps.

Compare electrical behavior across representative component geometries and use the results in qualification and quality investigations.

QFN, BGA, QFP, and power-choke test structures help you investigate Environmentally Induced Degradation (EID) across single-phase and two-phase environments.

Immersion Canary uses PCB-representative test structures to make that electronics-fluid interface visible over time.

Record measurements in your monitoring platform or Aviary to support qualification, quality, and warranty investigations with a timestamped history.

What it monitors

Surface resistance and fluid volume resistivity, measured continuously.

  • Fluid health, continuously

    Surface resistance from 1 MΩ to 1 TΩ across PCB-representative test structures in your dielectric, under a bias you configure, alongside fluid volume resistivity from about 1.5 MΩ·cm to 1.5 TΩ·cm (about 15 kΩ·m to 15 GΩ·m).

  • Measured against your own baseline

    Each tank sets its own baseline when it is commissioned and healthy. Live condition is reported against that baseline, so what you see is change in your environment rather than a generic threshold.

  • In real operating conditions

    Independent heater control simulates the localized heating of high-power components on the test card. Heater duty cycle and test-card temperature are reported alongside the electrical measurement.

  • Into the systems you already run

    A dashboard served by the instrument itself, plus HTTP/JSON REST, Redfish, Modbus/TCP and MQTT for your historian, DCIM, SCADA or alerting stack.

The work behind this

  • PublishedIndustry collaboration

    OCP Material Compatibility Workstream

    Through its participation in the OCP Material Compatibility Workstream, fluidiQ by Magnalytix helped build and continues to help maintain the open-source Material Compatibility Database, covering wetted material compatibility across single-phase and two-phase dielectric fluid families.

Where our laboratory work applies to you.

Resources for your application

Discuss component evaluation

Tell us what you are running and we will reply within one business day.

Discuss component evaluation
SC26

Find us on the show floor

Booth 3947

McCormick Place, Chicago. Exhibits November 17–19, 2026, Tue–Wed 10am–6pm · Thu 10am–3pm. Two live tanks running at the booth.

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