Gas Fired Thermic Fluid Heater Manufacturers
Steamax Energy India designs and manufactures gas fired thermic fluid heaters at our facility in [Ghaziabad, Uttar Pradesh]. Our heaters run on natural gas, PNG or LPG and deliver process heat up to 280°C as standard (350°C on request) at near-atmospheric pressure. Capacities range from 1,00,000 to 30,00,000 kcal/hr.
We have many years of experience in the field of industrial heaters, Steamax Energy India offers a wide range of gas fired thermic fluid heaters that meet the specific heating demands of various industries such as chemicals, pharmaceuticals, textiles, food processing, and oil refineries. Each unit is precision-engineered using premium components and advanced combustion technology, ensuring consistent performance and longer service life.
Gas Fired Thermic Fluid Heater Suppliers in India
Steamax Energy India is an established Gas Fired Thermic Fluid Heater Supplier in India that provides high-efficiency and top-of-the-range thermic fluid heaters used in numerous industries. Gas fired thermic fluid heaters from Steamax Energy India are designed in a way that enables them to provide uniform heat transfer, high efficiency, and high performance, while ensuring low fuel consumption and emissions. Our gas-fired thermic fluid heaters are made of premium materials and advanced technology to offer reliable and long-lasting performance. They can be installed in the industries of chemicals, food processing, pharmaceutical, textile, printing, rubber, packaging and other industries.
Technical Specifications
| Parameter | Specification |
|---|---|
| Heater Type | Gas Fired Thermic Fluid Heater |
| Heating Capacity | 1,00,000 to 30,00,000 kcal/hr |
| Fuel | Natural Gas / PNG / LPG |
| Maximum Outlet Temperature | Up to 280°C (Standard) |
| Optional Temperature | Up to 300–350°C, depending on design |
| Thermic Fluid | Suitable Heat Transfer Oil / Synthetic Thermal Fluid |
| Thermic Fluid Flow Rate | 6 to 180 m³/hr, depending on capacity |
| Temperature Rise | Typically 30–40°C |
| Thermal Efficiency | Approximately 87–93% depending on heat-recovery configuration |
| Burner Type | Fully Automatic Gas Burner |
| Burner Control | On-Off / Two-Stage / Modulating |
| Ignition System | Automatic High-Voltage Spark Ignition |
| Heater Configuration | Vertical / Horizontal |
| Heat Transfer System | Coil-Type, Multi-Pass Design |
| Circulation System | High-Flow Thermic Fluid Circulation Pump |
| Control System | Automatic PLC / Temperature Controller |
| Safety System | Flame Failure, High Temperature, Low Flow and Pressure Safety Interlocks |
| Electrical Supply | 415 V, 3 Phase, 50 Hz* |
| Insulation | High-Temperature Thermal Insulation with Protective Cladding |
| Operation | Fully Automatic |
| Applications | Chemical, Pharmaceutical, Textile, Food Processing, Oil & Edible Oil, Rubber and Process Industries |
What Is a Gas Fired Thermic Fluid Heater?
A gas fired thermic fluid heater is an industrial heating system that burns natural gas, PNG or LPG to heat a thermal fluid (heat transfer oil) inside a coil. A circulation pump sends the hot fluid to your process equipment, such as reactors, dryers, presses, jacketed vessels or oil heaters. The fluid then returns to the heater and the cycle repeats.
Because the fluid operates at low pressure even at high temperatures, the system delivers precise, uniform heat without the high-pressure risks of a steam boiler.
How It Works
- Combustion: The automatic gas burner fires into the combustion chamber.
- Heat transfer: Hot flue gases pass through the multi-pass coil and heat the thermic fluid.
- Circulation: The pump moves the hot fluid to your process equipment.
- Return: Cooled fluid returns to the heater. The expansion tank absorbs the volume change as the fluid heats.
- Control: The PLC/temperature controller adjusts the burner firing rate to hold the set temperature.
Key Features
- Low-pressure operation: Reaches high temperatures at near-atmospheric pressure.
- Fully automatic burner: On-Off, two-stage or modulating control to match your load.
- Multi-pass coil design: Improves heat absorption and thermal efficiency.
- Heat recovery option: Raises efficiency up to the 87-93% range.
- PLC-based control: Stable temperature with easy monitoring.
- Comprehensive safety interlocks: Flame failure, high temperature, low flow and pressure protection.
- Clean fuel: Lower particulate emissions than coal or wood firing, and no ash handling.
- Compact footprint: Vertical and horizontal models to suit available space.
- Low maintenance: No scaling or water treatment, unlike steam boilers.
Advantages of Gas Firing
- Cleaner combustion and simpler emissions compliance
- Consistent temperature control and quick response
- No fuel storage yard, ash disposal or manual feeding
- Lower operating and manpower cost in the long run
- Well suited to plants that already have a PNG connection
Applications and Industries
Our gas fired thermic fluid heaters serve:
- Chemicals and resins: reactor and jacketed vessel heating
- Pharmaceuticals: process heating with controlled temperature
- Textiles: stenters, dyeing and finishing lines
- Food processing and edible oil: oil heating, frying and drying
- Rubber and plastics: press and mould heating
- Packaging and printing: laminators, dryers and rollers
- Other process industries: wherever indirect, uniform heating is needed
Why Choose Steamax Energy India Pvt. Ltd.?
Choosing the right thermic fluid heating system requires more than simply selecting a heater based on capacity. The complete system should be matched with the process, fuel type, temperature requirement, circulation system, and safety requirements. We focuses on providing practical heating solutions designed around these operating needs.
With a properly selected gas fired thermic fluid heater, industries can achieve stable process heating with an indirect heat-transfer arrangement and convenient temperature management. Our team can help customers identify a suitable configuration based on their specific industrial heating requirements.
Frequently Asked Questions
Natural gas, PNG and LPG. The burner is selected to suit the fuel and your plant’s gas supply.
Efficiency is typically around 87-93%, depending on the design and whether a heat recovery unit is fitted.
Efficiency is typically around 87-93%, depending on the design and whether a heat recovery unit is fitted.
A thermic fluid heater reaches high temperatures at near-atmospheric pressure. A steam boiler needs high pressure to reach comparable temperatures and requires water treatment.
Chemical, pharmaceutical, textile, food processing, edible oil, rubber, packaging and printing industries, among others.
Yes. Capacity, temperature, configuration and controls can be designed to your requirements.
Share your process heat load, operating temperature, fluid flow requirement and fuel availability, and our team will recommend a suitable model.