The Facility
We are equipped with four modern gas-fired heat treatment furnaces designed to deliver consistent metallurgical properties, precise process control, and repeatable results across a wide range of forged and machined components.
These furnaces enable us to handle both high-volume production and batch-based heat treatment with flexibility, ensuring compliance with customer specifications and consistent quality. Integrated process control and traceability support our focus on reliability, repeatability, and continuous improvement across all applications.
Continuous Hardening & Tempering Furnace
Supported by SCADA
Fully Automatic; Single Switch Operation
GAS FIRED FURNACE
Key Features
- SCADA-controlled furnaces with single-switch
operation for accurate monitoring and control - Multiple quenching media options: Oil, Polymer,
and Water - Controlled heating and cooling cycles for uniform
hardness and microstructure - Suitable for processes such as normalizing,
annealing, quench & tempering
Processes
- Normalising
- Annealing
- Isothermal Annealing
- Hardening and Tempering
- Case Carburizing
- Induction Hardening
PIT TYPE GAS CARBURIZING FURNACE
Our facility is equipped with pit-type gas carburizing furnaces with the following capacities:
QUALITY ASSURANCE
Quality is built into every stage of our forging process through a structured, prevention-focused approach. We begin with incoming material verification and full traceability, followed by controlled process planning, risk analysis, and defined control plans for all critical characteristics. Key process parameters are continuously monitored to ensure consistency and repeatability.
Dimensional, metallurgical, and functional inspections are carried out through in-process and final verification, supported by calibrated measurement systems and appropriate non-destructive testing where required. We drive continual improvement through root-cause analysis, corrective actions, and process optimization to reduce variation, improve yield, and ensure consistent, reliable performance across all supplied components.
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