01Part drawing
Envelope, datums, weak zones, lift points and allowable distortion
For large, thin, complex and distortion-sensitive parts, support, lifting, transfer, flow and measurement jointly determine the outcome.
Records temperature-time and cooling-rate curves under the selected probe and method for medium comparison, bath monitoring and technical communication.
Synchronously records representative points through heating, soak and cooling to identify core-surface differences, actual cooling rates and transformation intervals.
Designed from geometry, support points, handling and coolant paths for large, thin-wall, long, ring-shaped and complex parts.
Integrates tank, relative motion, transfer, temperature measurement, records and alarms with the installed production line.
01Envelope, datums, weak zones, lift points and allowable distortion
02Batch size, placement, support, spacing and furnace circulation
03Furnace-to-tank time, lifting route and safety limits
04Medium, tank, relative motion and heat exchanger
05Probe, locations, sampling, report and traceability
06Dimensions, hardness, structure, cycle time and repeatability
Answers are bounded by the material, workpiece, equipment and stated test conditions.
No. Support, loading, transfer, immersion attitude and cooling channels affect the flow and should be reviewed with the medium and installed tank.
No. A probe curve characterizes the stated test condition. Internal workpiece temperature, first-article inspection and production records are needed to validate the actual part.
Send the material grade, dimensions/mass, target properties and current problem. We respond across quenchant, fixture, measurement and process layers.