Goswami Heat Treatment Centre provides controlled heat treatment services for EN-series steels, tool steels, high speed steels, case hardening steels and general engineering components with practical focus on hardness, case depth, microstructure and distortion control.
We believe successful heat treatment depends on the correct combination of furnace capability, process parameters, quenching practice and metallurgical understanding. That is the approach we follow for single critical jobs as well as regular production batches.
A family-driven heat treatment facility Since 1975 in Ghaziabad combining long practical experience with process control, furnace understanding and applied metallurgy.
We specialise in controlled heat treatment of automotive, transmission, tooling and general engineering components such as dies, punches, rolls, shafts, gears, pinions and other critical steel parts. From single development jobs to regular production batches, we aim to apply the right cycle for the material and application.
At GHTC, parameter control, loading practice, hardness verification and practical metallurgical judgment are part of daily operations, not just brochure statements. Our working approach is built on technical honesty, consistency and long-term service reliability.
In-house designed and developed electric furnaces for carburising, hardening and tempering, with focus on energy efficiency and temperature uniformity.
Tight quality and process control, calibrated testing support, planned batch handling and process supervision for repeatable industrial job work.
Focus on actual service performance including wear resistance, case quality, toughness, microstructure and distortion control.
Controlled heat treatment processes for small, medium and regular production batches, selected according to steel grade, service requirement and real machine-shop conditions.
Controlled case depth and hardness for wear resistance and fatigue performance, with attention to quenching practice and distortion control.
Section hardening with tempering cycles selected according to required hardness, toughness and service condition.
Low-distortion surface hardening for components requiring high surface hardness, wear resistance and improved fatigue behavior.
Shallow hard case with improved wear resistance, frictional behavior and low distortion for selected engineering components.
Controlled thermal cycles for grain refinement, structural uniformity, stress reduction and improved response to later machining or hardening.
Heat treatment cycles for reduction of internal stress, improved dimensional stability and controlled toughness after hardening or fabrication.
Clear and practical steps from requirement discussion to batch release, so that process selection remains aligned with application needs.
We review application need, material grade, hardness range, case depth and critical service conditions before finalising the process route.
Proper fixture, basket and loading practice are selected to support uniform heating, repeatability and lower distortion risk.
Time, temperature, atmosphere, soaking and quenching practices are applied according to the selected process and component requirement.
Hardness verification, visual condition review and batch release checks are carried out before dispatch, with testing support where required.
In heat treatment, small process errors can cause major batch losses. We handle each job with technical attention, realistic communication and practical responsibility.
Apart from heat treatment job work, we also support selected industrial process requirements through related manufacturing capability.
We also manufacture professional auto blackening plants for industrial surface finishing applications where anti-rust appearance, black oxide finish and production-oriented process handling are important.
This capability is presented separately from our heat treatment job work so that customers looking for plant solutions can connect with us specifically for blackening process requirements.
Share your material grade, hardness requirement, case depth, component type or drawing reference, and we will review the suitable process route.
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