Konark Heat System develops furnace systems using electrical and fuel-fired heating technologies depending on the process requirement.
Controlled and precise heating for applications requiring consistent thermal performance and accurate temperature regulation.
Configured for industrial applications where high thermal capacity, process requirements or operating economics make fuel-based heating suitable.
For specialized metallurgical processes, systems can be configured for controlled atmospheres such as Nitrogen and Endo/Exo gas, where required.
Every furnace is specified, not templated to the component in front of it.
| Furnace Type | Pit, Chamber, Car Bottom, Box/Muffle & Customized |
| Heating Method | Electrical / Fuel-Fired |
| Standard Temperature Starting Point | From 150°C |
| High Temperature Capability | Up to 1200°C on demand |
| Temperature Control | Precision control systems |
| Atmosphere | Controlled atmosphere options available |
| Loading | Vertical / Trolley / Chamber / Application-specific |
| Construction | Industrial-duty construction |
| Insulation | Application-specific thermal insulation |
| Automation | Application-specific mechanical, electrical & automation systems |
| Furnace Size | Customized according to component and production requirement |
| Application | Heat treatment, pre-heating and specialized thermal processing |
Exact furnace capacity, chamber dimensions, connected load, fuel consumption, heating rate and cycle time are specified individually for each furnace model and project.
Controlled heating and cooling for improving material properties and relieving internal stresses.
Heat treatment designed to achieve the required hardness and mechanical performance of components.
Controlled thermal treatment following hardening to achieve the desired balance of hardness and toughness.
Heating and controlled cooling used to refine material structure and improve mechanical properties.
Controlled heating designed to reduce residual stresses generated during manufacturing, welding, machining or forming.
Controlled heating before forging, forming, welding or other downstream processes.
Surface enrichment processes for components requiring enhanced surface hardness and wear resistance.
Thermochemical treatment involving controlled carbon and nitrogen enrichment for specific component requirements.
Surface hardening process for components requiring improved surface hardness and wear resistance.
Partner with our engineering team to design and install a high-efficiency furnace tailored specifically to your needs.
