1.4852 Radiant Tube for Industrial Furnace | 263 × 243 × 2242 mm

Product Specification

1.4852 Radiant Tube for Industrial Furnace
Custom Size: 263 × 243 × 2242 mm | Material: 1.4852 | Project for Turkey
FH® Alloy manufactured this custom radiant tube for a customer in Turkey, using 1.4852 heat-resistant alloy with an overall size of 263 × 243 × 2242 mm.

The radiant tube is designed for industrial furnace heating applications where reliable heat transfer, high-temperature resistance, and dimensional accuracy are required.

FH® Alloy supports customized radiant tube manufacturing according to customer drawings, furnace dimensions, material requirements, and operating conditions.

Product Specifications

1.4852 Heat-Resistant Alloy
This radiant tube is manufactured from 1.4852 heat-resistant alloy, selected according to the customer's furnace operating requirements.
For industrial furnace components, material selection is critical because radiant tubes are exposed to continuous heating, cooling, oxidation, and thermal cycling.
1.4852 is suitable for applications where customers require a heat-resistant alloy with reliable performance under elevated-temperature conditions.

The actual service performance depends on factors such as:

• Operating temperature
• Furnace atmosphere
• Heating method
• Thermal cycling frequency
• Burner conditions
• Tube wall thickness
• Overall structural design

Custom Size: 263 × 243 × 2242 mm
The overall dimensions of this project are:
263 × 243 × 2242 mm
This size was manufactured specifically for the Turkish customer's furnace system.

FH® Alloy can customize:

• Tube outside diameter
• Wall thickness
• Overall length
• End dimensions
• Flange dimensions
• Connection structure
• Mounting dimensions
• Material grade

For existing furnace replacement projects, customers can provide an original drawing, dimensional sketch, or sample.

Designed for Industrial Furnace Heating
Radiant tubes are commonly used in industrial furnaces where heat needs to be transferred to the furnace chamber through the tube wall.

This type of heating arrangement helps achieve:

• Stable heat transfer
• Controlled furnace heating
• Reduced direct flame contact with the workpiece
• More uniform temperature distribution
• Reliable operation in demanding furnace environments

The structure and connection design can be adapted to different furnace and burner systems.

Typical Applications
1.4852 radiant tubes can be customized for various industrial furnace applications, including:

• Heat treatment furnaces
• Annealing furnaces
• Hardening furnaces
• Tempering furnaces
• Continuous furnaces
• Roller hearth furnaces
• Protective atmosphere furnaces
• Industrial heating systems
• Steel processing equipment
• Metal thermal processing lines

Manufacturing & Fabrication
This type of radiant tube requires accurate control of the tube body, welded joints, end connections, and overall dimensions.

Depending on the drawing, the manufacturing process may include:
Material Preparation → Tube Fabrication → End Component Preparation → Welding → Assembly → Machining → Dimensional Inspection → Surface Cleaning → Final Inspection

Key quality points include:

• Tube straightness
• Wall thickness consistency
• Welding quality
• End connection accuracy
• Overall dimensional tolerance
• Surface condition

Key Features
1.4852 Heat-Resistant Material
Selected according to the customer's high-temperature furnace requirements.
Custom 2242 mm Length
Manufactured according to the customer's specific furnace dimensions.
Drawing-Based Production
Tube dimensions, end connections, and mounting structures can all be customized.
Replacement Capability
Suitable for replacement of existing radiant tubes based on drawings or samples.
Export Project Experience
This product was manufactured for a customer in Turkey according to project-specific requirements.

Quality Inspection
Depending on customer requirements, inspection can include:

• Material verification
• Chemical composition inspection
• Dimensional inspection
• Wall thickness inspection
• Visual inspection
• Weld inspection
• Connection dimension inspection
• Final appearance inspection

Special inspection requirements can also be confirmed before production.

Why Choose FH® Alloy?
FH® Alloy manufactures customized heat-resistant alloy components for industrial furnaces and heat treatment equipment.

Our radiant tube product range includes:

• U-Shaped Radiant Tubes
• I-Shaped Radiant Tubes
• Straight Radiant Tubes
• Gas-Fired Radiant Tubes
• P-Type Radiant Tubes
• M-Type Radiant Tubes
• Special-Shaped Bent Radiant Tubes
• Custom Furnace Tubes

We also manufacture furnace rollers, centrifugal cast tubes, heat treatment fixtures, trays, baskets, and other furnace components.

Request a Quote
Need a custom radiant tube similar to this 1.4852 / 263 × 243 × 2242 mm project?

Please provide:

• Product drawing
• Material grade
• Overall dimensions
• Tube diameter
• Wall thickness
• Connection dimensions
• Operating temperature
• Furnace atmosphere
• Required quantity

Send your drawing to FH® Alloy for technical review and quotation.

FAQ
Q1: Can you manufacture the same 263 × 243 × 2242 mm radiant tube?
Yes. We can manufacture this size or customize the dimensions according to your furnace design.
Q2: Can you manufacture radiant tubes in 1.4852?
Yes. 1.4852 is available for customized radiant tube projects subject to the customer's technical requirements.
Q3: Can the end connection be customized?
Yes. Flange, connection diameter, mounting structure, and other end details can be manufactured according to customer drawings.
Q4: Do you manufacture replacement radiant tubes?
Yes. We can manufacture replacement radiant tubes based on drawings, samples, product photos, and dimensional information.
Q5: What information is required for quotation?
A technical drawing is preferred. Please also provide the material, size, operating temperature, furnace atmosphere, and quantity.