Maan Global Industries is a renowned gas fired furnace manufacturer India, Mumbai, Delhi, Pune, Nashik, Bengaluru, Hyderabad, Kolkata, Chennai, offering industrial heating solutions that combine energy efficiency with robust performance. Our gas-fired systems are tailored for continuous and batch processes across heat treatment, forging, casting, and surface hardening applications. Designed with modular control, thermal insulation, and high-efficiency burners, our furnaces deliver consistent temperature profiles, reduced fuel consumption, and long operational life. As a leading Gas Fired furnace manufacturing company in India, our furnaces are installed at some of the most renowned companies on the market.
What is a Gas Fired Furnace?
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A gas fired furnace uses combustion of fuels such as PNG (Piped Natural Gas), LPG (Liquefied Petroleum Gas), or diesel to generate high temperatures required for thermal processes in metallurgy and materials engineering. These furnaces are well-suited for high-load, long-duration applications where cost-effective heat delivery is essential. Maan Global Industries is among the top 10 gas fired furnace manufacturers in India.
Key Benefits
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Lower operational costs for high throughput jobs
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Fast heating rates and efficient thermal recovery
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Ideal for rugged, large-scale processing environments
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Capable of handling large chamber volumes (up to 150 m³)
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Easier to retrofit in facilities without electric capacity expansion
Types of Gas Fired Furnaces We Manufacture
1. Box-Type Gas Fired Furnace
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Temp Range: 400°C to 1250°C
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Design: Horizontal loading with refractory brick lining
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Applications: Tool steels, die annealing, stress relief
2. Bogie Hearth Gas Fired Furnace
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Temp Range: 500°C to 1300°C
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Design: Movable bogie car, top and side burners
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Applications: Heavy forgings, castings, shaft heat treatment
3. Pit-Type Gas Furnace
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Orientation: Vertical shaft for long parts
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Fuel: PNG / LPG direct-fired or radiant tube indirect-fired
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Applications: Carburizing, nitriding, tempering
4. Bell-Type Gas Furnace
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Structure: Bell lifts over fixed base tray
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Usage: Annealing of coils, sheets, fasteners
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Atmosphere: Nitrogen, ammonia-based, or endothermic gas
5. Rotary Hearth Gas Furnace
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Capacity: 500 kg/hr to 2 MT/hr
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Fuel Efficiency: High with preheated combustion air
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Applications: Gear heating, forging preheat, automotive parts
6. Chamber Furnace (Fixed Hearth)
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Structure: Stationary base, swing/guillotine door
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Fuel: LPG / diesel / PNG
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Ideal For: Heat treatment of components up to 10 MT per batch
7. Conveyor-Type Gas Furnace
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Type: Mesh, roller, or pusher conveyor
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Fuel: Direct or indirect gas burners
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Applications: Tempering, sintering, continuous batch hardening
Stress Relief Furnace for Boiler Manufacturers
Stress Relief Furnace for Pressure Vessel Manufacturers
Tempering Furnace Manufacturer
Bright Annealing Furnace Manufacturers
Energy Efficient Furnaces for Manufacturing Industry
Tempering Furnace for Forged Components
Bogie Hearth Furnace for Annealing
Industrial Furnaces for Precision Engineering Components
Burner & Fuel System Options
Fuel Type | Burner Type | Efficiency | Flame Control | Safety Features |
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PNG | Modulating Gas Burner | 85–92% | PID controlled | Flame relay, gas leak sensors |
LPG | High-velocity Burners | 80–88% | Manual/auto pilot | Solenoid valves, regulator |
Diesel | Dual-fuel (diesel/gas) | 80–85% | Programmable logic | Flameproof panels |
Additional features: spark ignition, flame supervision, combustion air blowers, preheaters, gas trains, and emergency shut-off valves.
Industry-wise Applications of Gas Fired Furnaces
Industry | Process | Furnace Type | Temp Range (°C) |
Automotive | Gear hardening, forging preheat | Rotary Hearth, Box | 850–1300 |
Steel & Alloys | Annealing, normalizing | Bogie Hearth, Pit, Chamber | 900–1200 |
Foundries | Mold preheating, die heating | Chamber, Box | 600–1100 |
Aerospace | Aging, solution treatment | Bell, Bogie | 550–650 |
Pipe Manufacturing | Coating preheat, quenching | Pit, Box, Conveyor | 400–950 |
Heavy Engineering | Stress relieving, weld treatment | Bogie, Fixed Hearth | 600–1200 |
Control & Automation
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PLC + HMI based gas ratio control
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Multi-zone thermocouple management
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Digital flame monitoring with automatic relight
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Real-time gas usage analytics and alarms
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Optional SCADA integration
Construction & Materials
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Insulation: Ceramic fiber modules or high alumina bricks
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Shell: MS outer structure with heat-resistant paint
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Door: Swing, vertical lift, or hydraulic lift depending on size
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Chamber Volume: 1 m³ to 150 m³
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Load Capacity: 500 kg to 20 MT
Customization & Safety Features
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Interlocked safety doors
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Flameproof limit switches and control panels
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Gas leak detectors with auto shutdown
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Remote access and diagnostics
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Fully documented flame test and trial run reports
Project Deliverables
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GA drawings, civil foundation plans
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Burner sizing, fuel pipe routing diagrams
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Spare kit & AMC schedule
Bogie Hearth Stress Relief Furnace
Contact the Leading Gas Fired Furnace Manufacturer in India
Whether your focus is cost-efficiency or thermal performance, Maan Global Industries delivers tailored gas fired furnace systems built to your exact production requirements.
Email: mail@maanglobalindustries.com
Call/WhatsApp: +91-8882490101
Conclusion
With soaring energy demands and industrial diversification, our gas fired furnaces offer manufacturers a balanced solution for high-temperature processing. As a reliable gas fired furnace manufacturer, we combine combustion expertise, automation, and structural engineering to produce reliable furnaces that work non-stop with minimal downtime.
Let’s engineer your furnace — fueled by precision, powered by performance.
References
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Gas-Fired Boilers and Furnaces
Insights into the operation, efficiency, and fuel types of gas-fired boilers and furnaces, including natural gas and propane systems.
🔗 U.S. Department of Energy – Gas-Fired Boilers and Furnaces -
Furnaces and Boilers Overview
General information on furnaces and boilers, their differences, and considerations for energy efficiency.
🔗 U.S. Department of Energy – Furnaces and Boilers -
Gas Furnace Control Practices
A study introducing advanced control methods for gas furnaces using simulations and deep reinforcement learning.
🔗 ScienceDirect – Investigating Gas Furnace Control Practices