Metal that holds its shape — for hardware that can’t drift.
Thermal Cycling relieves the internal stress locked into machined and stamped parts, so the connectors, housings, heat sinks, and drive components inside your hardware hold tolerance and last longer.
Request an evaluationDimensional stability where a few microns matter
Electronics live or die on precision, and the metal in connector pins, shielding, heat-sink fins, precision housings, and drive components carries residual stress from machining, stamping, and casting. Under the Thermal Cycling of normal operation, that stress relaxes unpredictably and parts creep, warp, or fatigue out of tolerance — and one part drifting out of spec can take down an expensive assembly.
Thermal Cycling relieves that internal stress through the full section of the part, so it holds its shape in service and resists the fatigue that shortens the life of moving components. Nothing about the part’s size or alloy changes, so there’s no requalification — it’s the same part you already spec, stabilized.
What treated precision hardware delivers
- Relieved internal stress, so parts hold tolerance in service
- Greater dimensional stability — less creep, warpage, and drift
- Improved fatigue and wear resistance on moving components
- No change to dimensions, fit, or alloy — no requalification
- A documented, repeatable treatment, batch after batch
- Applies to the parts you already buy
Independently measured on treated metal
+82% abrasive wear resistance
Independent ASTM testing measured an 82% improvement in abrasive wear resistance on treated metal — the property behind longer life on moving, load-bearing components.
~41% less vibration
A treated component showed roughly a 41% reduction in vibration — faster damping, which translates directly to longer fatigue life in parts that see repeated cyclic loading.
Better corrosion resistance
In salt-spray testing, treated metal showed qualitative corrosion improvement — relevant wherever precision hardware has to survive humidity and harsh environments.
The same mechanism, applied to your parts
These are the stress-relief and stability properties precision hardware depends on. Electronics is a newer application for Thermal Cycling, and we’re direct about that — the results above are on treated metal, and we’ll evaluate your specific components honestly.
Who this is for
- Connector and interconnect manufacturers
- Precision enclosure, shielding, and heat-sink makers
- Storage and motor/drive component suppliers
- Aerospace, defense, and medical electronics teams
- Reliability and quality engineers chasing intermittent mechanical failures
If a few microns of drift is a real cost, the metal is worth a look
Tell us the components that creep, warp, or fatigue out of tolerance, and we’ll evaluate whether Thermal Cycling can stabilize them.
Request an evaluationTell us about your parts
We’ll review your application and respond within one business day. No obligation.