The laboratory behind the instrument.

Surface resistance and current leakage measurements help evaluate electrochemical reliability on printed circuit board assemblies. In immersion testing, representative hardware runs in the candidate fluid so you can evaluate electrical behavior under defined conditions.

We can help develop a test plan against your immersion goals, and our laboratory is set up to accommodate both single-phase and two-phase requirements.

Seals, gaskets, metals, plastics, and cables can interact with immersion fluids through mechanisms including dissolution, absorption, swelling, and environmental stress cracking.

Through OCP participation, fluidiQ contributes to the open-source Material Compatibility Database for the OCP Material Compatibility Workstream. This capability draws on that community database.

Evaluate test coupons assembled using your surface-mount process to investigate how manufacturing residues affect electrical behavior in an immersion environment.

Production hardware can be immersed alongside heated, ultra-clean reference coupons to investigate how production materials and residues affect neighboring test structures.

Dielectric fluids can extract impurities or oxidize over time, and the question that matters is whether the electronics in that fluid are affected yet.

Aging studies run instrumented cells over extended periods so the electrical consequence is measured continuously rather than sampled.

Our engineers can design custom test cards to meet specific production and testing requirements, so the structures under test represent the hardware you actually ship.

Comparative fluid evaluations, extended aging programs and collaborative research all start the same way: with the question, and a method that can answer it defensibly.