From Prototype to Mass Production: How to Plan Radiator Verification

Integrate performance, strength, durability, and manufacturing consistency into a closable verification plan.

Jinglian Zhongrui Technology Team

Core Points Passing individual tests with prototypes does not equate to production risks being eliminated. The verification plan should cover design inputs, test methods, acceptance criteria, issue rectification, and re-test records.

Implementation Focus 1. First, confirm that dimensions, interfaces, materials, and key characteristics match the drawings. 2. Sequentially complete verification of air tightness, pressure resistance, flow resistance, heat exchange, and environmental adaptability. 3. Arrange vibration, pulse, thermal cycle, and corrosion tests according to usage scenarios. 4. Correlate test failures with process parameters, supply batches, and inspection records.

Verification and Closure Each conclusion should be supported by a prototype number, equipment status, raw data, and approval records.

Project Recommendations During proposal review, input conditions, target values, verification methods, and responsible personnel should be recorded in the same traceable document; any changes should be simultaneously assessed for impact on design, manufacturing, and delivery.Doing this can turn experience into stable, replicable engineering capability.