SWCH10A · 6.30 mm
Define project performance criteria based on material specifications and part requirements.
Professional Capabilities 02 / 05 · Performance Customization
Determine performance ranges such as tensile strength, elongation, and hardness around the customer’s part, while also monitoring fluctuations across coils and batches.
The customer’s requirements
If the customer has specific requirements for tensile strength, elongation, or hardness, a project control range must be established.
Even if a material meets general standards, its consistency still needs to be evaluated based on continuous processing performance.
The final part requires high strength, while the raw material must also meet the deformation demands of subsequent cold forming.
Development approach
Considering wire diameter, part application, forming stations, and subsequent heat treatment, define key parameters and their allowable ranges.
Evaluate raw materials, spheroidizing annealing, wire-drawing reduction ratios, and delivery conditions together, and organize corresponding trials and testing.
Agree on sampling locations, frequency, and acceptance criteria, and continuously verify process stability by comparing in-coil and inter-batch results.
Projects and Case Studies
The following are existing project directions; specific values and acceptance methods must align with the original project or a new technical agreement.
Define project performance criteria based on material specifications and part requirements.
Include the consistency of properties across the entire coil in the project requirements.
Performance and processing conditions of high-strength wire are developed in collaboration.
Sample dimensions and project names are used to illustrate development experience and do not imply that all wire diameters, conditions, or batches adhere to the same specifications.
Verification and Confirmation
Initiate project communication
For materials already available, initial discussions can proceed; any unclear conditions will be further confirmed by both parties.
The achievable performance range depends on the material, dimensions, and processing conditions. Coil-wide and batch-level control are conducted according to the agreed sampling and acceptance plan; the performance of the entire material cannot be inferred from a single sample.
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