Controlled Heat Treatment Processes
Our heat treatment facility is engineered to deliver precise metallurgical properties tailored to automotive performance requirements.
- Normalizing
- Hardening
- Tempering
- ISO Annealing
Each cycle is designed to achieve the required mechanical properties, controlled microstructure, and dimensional stability as per customer specifications and industry standards.
Our furnaces operate under tightly monitored temperature profiles to ensure uniform heat distribution, repeatable results, and batch consistency.
All heat treatment cycles are SCADA-operated and digitally monitored, ensuring:
- Real-time temperature control and recording
- Controlled soak time validation
- Automated process logging
- Complete batch traceability
Every load is fully traceable from raw forging to finished component, enabling data-backed quality assurance and audit readiness for Tier-1 automotive customers.
Our in-house metallurgical laboratory supports stringent quality control through:
- Brinell Hardness Testing
- Microstructure Examination
- Case depth verification (where applicable)
- Grain structure analysis
- Process validation checks
Microstructural evaluation ensures the required phase transformation, uniform grain refinement, and absence of undesirable structures.
This integrated lab capability allows us to validate every batch before dispatch — ensuring compliance with mechanical property and metallurgical requirements.
- Removal of scale and surface impurities
- Uniform surface finish
- Improved fatigue resistance (via controlled surface peening effect)
- Better coating and machining compatibility
Shot blasting is carefully controlled to maintain dimensional integrity while ensuring optimal surface condition.
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