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Reheating Furnace

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MOQ : 1 Piece

Reheating Furnace Specification

Efficiency (%)
Up to 85%

Temperature Range
700C to 1300C

Production Capacity
1 30 Ton/hr or as required

Speed
Adjustable as per process

Automation Grade
Automatic

Driven Type
Electric / Oil / Gas Fired

Model No
Custom / Project Based

Installation Guideline
Supervised installation by manufacturer

Accessories
Burners, control panel, fans, refractories, roller table

Motor Power
As per project requirement

Usage & Applications
Heating billets, blooms, slabs for steel rolling mill, forging steel plants

Frequency
50 Hz

Type
Reheating Furnace

Material
Mild Steel / Stainless Steel

Computerized
Yes

Automatic Grade
Automatic

Control System
PLC / PID Controller

Drive Type
Electric

Voltage
415 V

Power
Customizable (Depends on capacity)

Weight (kg)
Custom built as per project

Dimension (L*W*H)
As per design specification

Color
Industrial Grey / Custom

Capacity
Custom tailored to customer needs

Features
Efficient heating, uniform temperature distribution, robust construction, fuel efficient operation

Power Consumption
Depends on operation and design

Surface Finish
Heat-resistant painted exterior

Machine Type
Continuous and batch type

Emission Standard
Conforms to local pollution control guidelines

Safety Features
Overtemperature protection, flame proof materials, gas leak detector (if required)

Refractory Lining Thickness
Typically 115 mm to 230 mm (customizable)

Maintenance Access
Designed for easy inspection and component replacement

Chimney Height
According to industrial norms and air regulation standard

Heat Recovery System
Recuperator/Regenerative systems (optional)

Fuel Type
Electricity, Furnace Oil, LDO, PNG, CNG, Diesel, Coal Gasifier support available

Ambient Temperature Range for Use
Up to 55C

Heating Method
Radiant and convective heating

Reheating Furnace Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cheque, Cash Advance (CA)

Delivery Time
Week

Sample Available
Yes

Main Export Market(s)
Australia, Eastern Europe, Middle East, Africa, Western Europe, Central America, South America, Asia, North America

Main Domestic Market
All India

About Reheating Furnace

Reheating Furnace

With the experience gained by our team of proficients, we are indulged in manufacturing, exporting and supplying range of Reheating Furnace to the clients. With the help of advanced tools and ultra-modern techniques, we manufacture this furnace keeping in mind the international quality standards. Known for its high strength, sturdy construction and longer service life, the offered furnace is highly appreciated among the clients. The provided furnace is widely used in steel rolling mills. Besides, we are providing this Reheating Furnace in several specifications according to the needs of the clients.

Features:

Application specific design
Strong construction
Energy efficient
User friendly operation

Versatile Fuel Compatibility

Whether your facility relies on electricity, oil, gas, or coal gasifier, our reheating furnaces support a full range of fuel types. This flexibility optimizes running costs and enables integration with different energy resources, meeting both operational and budgetary goals for various industries.

Customizable Design for Any Application

From refractory lining thickness to billet size, capacity, and dimensions, every aspect of the furnace can be customized. We ensure a seamless fit into your specific process requirements, boosting productivity and achieving high uniformity in temperature distribution.

Advanced Safety & Emission Controls

Our furnaces strictly adhere to local pollution control guidelines. Integrated safety systemssuch as overtemperature protection, flame-proof materials, and gas leak detectorsensure reliable operation and compliance without sacrificing efficiency.

FAQs of Reheating Furnace:

Q: How does the reheating furnace support different fuel types and what are the benefits?

A: This furnace is engineered for a range of fuels, including electricity, furnace oil, LDO, PNG, CNG, diesel, and coal gasifier. This flexibility allows users to choose the most cost-effective and readily available energy source, optimizing operating expenses and reducing downtimes related to fuel availability.

Q: What is the typical process for installing and commissioning the reheating furnace?

A: The furnace installation is supervised by the manufacturer to guarantee proper setup. After positioning and assembly, the system is tested for safety, emissions, and operation. Custom calibration ensures it fits seamlessly into your workflow. Full instructions and support are provided for commissioning and training.

Q: When should the furnaces refractory lining be customized, and how does thickness impact performance?

A: Refractory lining thickness is chosen based on operating temperature, heat loss, and process requirements. Thinner linings (115 mm) may be suitable for lower temperatures or budget applications, while thicker linings (up to 230 mm) provide better insulation and longevity for high-temperature operations.

Q: Where can the furnace be installed, and what are the requirements for site preparation?

A: The reheating furnace is designed for steel plants, rolling mills, and forging units, fitting either continuous or batch process layouts. Proper ventilation, adequate power/fuel supply, and compliance with chimney height and emission standards are essential for site preparation.

Q: How does the heat recovery system work, and what advantages does it offer?

A: Optional recuperator or regenerative systems recover waste heat from exhaust gases, preheating combustion air or process gases. This increases overall efficiency, reduces fuel consumption, and lowers operational costs while meeting stringent emission regulations.

Q: What usage scenarios are ideal for this reheating furnace?

A: It is ideal for heating billets, blooms, or slabs prior to rolling or forging in steel processing plants. Its custom-tailored capacity and adjustable temperature/speed control cater to a wide variety of production sizes and desired output.

Q: What control options are available, and how does automation benefit operation?

A: The furnace uses advanced PLC or PID controllers for automatic and precise operation. This enables users to set, monitor, and adjust parameters efficiently, ensuring consistent heating, enhanced safety, minimized human error, and optimized power consumption.

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