High Carbon Steel Roll Forming Material Guide: Coil Sizes, Strength, Properties & Applications

High Carbon Steel Roll Forming Material

1. Overview of High Carbon Steel in Roll Forming

High carbon steel is a specialized material used in roll forming where high strength, hardness, and wear resistance are required. It typically contains between 0.6% and 1.0% carbon, making it significantly stronger and harder than mild or low carbon steel.

In roll forming, high carbon steel is less commonly used than mild or cold rolled steel due to its reduced ductility and increased difficulty in forming. However, it is essential in applications where durability, load-bearing capacity, and resistance to wear are critical.

This material is often used in precision components, springs, blades, and industrial parts where strength and hardness outweigh the need for flexibility.

2. Material Composition & Structure

High carbon steel typically consists of:

• Iron (Fe): ~97–98%
• Carbon (C): 0.6–1.0%
• Manganese (Mn): 0.3–1.0%
• Trace elements: Silicon, sulfur, phosphorus

Structure:

• Fine grain structure when processed correctly
• High hardness due to carbon content
• Can be heat treated (quenched and tempered)
• Lower ductility compared to mild steel

The higher carbon content increases strength but reduces formability.

3. Available Coil Specifications

Thickness Range

• 0.5mm – 3.0mm (typical roll forming range)

Coil Width

• 300mm – 1250mm

Coil Weight

• 2 tons – 10 tons

Coil ID / OD

• ID: 508mm / 610mm
• OD: up to 1500mm

Tolerance

• Tight control required due to forming difficulty
• Thickness tolerance: ±0.01–0.03mm

4. Mechanical Properties

Typical ranges:

• Yield Strength: 400 – 900 MPa
• Tensile Strength: 600 – 1200 MPa
• Elongation: 5% – 15%
• Hardness: 200 – 400 HB

These properties make it significantly stronger but less flexible.

5. Coating Types (If Applicable)

High carbon steel is typically supplied uncoated but may be:

• Oiled for corrosion protection
• Heat treated for hardness
• Coated after forming if required

Coatings are less common compared to structural steels.

6. Surface Finishes

• Bright finish (cold processed)
• Oiled surface
• Heat treated surface
• Polished finish (for precision applications)

7. Common Roll Forming Applications

Due to its strength, high carbon steel is used in:

• Springs and spring components
• Cutting blades and edges
• Wear-resistant strips
• Industrial tools
• Automotive components
• High-strength clips and fasteners
• Precision mechanical parts

8. Advantages of High Carbon Steel

• Extremely high strength
• Excellent wear resistance
• Long lifespan in demanding applications
• Can be heat treated for added performance
• Suitable for high-load environments

9. Disadvantages / Limitations

• Low ductility (harder to form)
• Higher risk of cracking during roll forming
• Increased tool wear
• Requires precise machine setup
• More expensive than mild steel
• Limited profile complexity

10. Roll Forming Machine Considerations

Roll Tooling

• High-grade hardened rollers required
• Chrome plating strongly recommended

Speed

• Lower speeds (5–25 m/min) due to material hardness

Lubrication

• Essential to reduce friction and cracking

Cutting

• High-strength blades required
• Hydraulic or servo cutting systems

Common Issues

• Cracking during forming
• Springback due to high strength
• Rapid tool wear

11. Common Problems in Production

• Edge cracking in tight bends
• Inconsistent forming due to hardness variation
• Tool wear and damage
• Springback affecting final dimensions
• Difficulty maintaining tight tolerances

12. Pricing Guide

Typical global pricing:

• Low: $800–$1000 per ton
• Medium: $1000–$1400 per ton
• High: $1400–$2000+ per ton

Factors affecting price:

• Carbon content
• Heat treatment
• Thickness
• Precision level
• Origin

13. Comparison with Other Materials

High Carbon vs Mild Steel

• High carbon = stronger, harder
• Mild steel = easier to form

High Carbon vs Cold Rolled Steel

• High carbon = higher strength
• Cold rolled = better surface and formability

High Carbon vs Stainless Steel

• High carbon = stronger and cheaper
• Stainless = corrosion resistant

14. Best Industries Using High Carbon Steel

• Automotive manufacturing
• Tool and blade production
• Industrial machinery
• Spring manufacturing
• Heavy-duty mechanical systems

15. How to Choose High Carbon Steel

Choose High Carbon Steel When:

• High strength is required
• Wear resistance is critical
• Components are under stress or load

Avoid When:

• Complex profiles are needed
• Flexibility is required
• High-speed production is required

16. FAQ Section

What is high carbon steel used for in roll forming?

It is used for high-strength components like springs, blades, and industrial parts.

Is high carbon steel difficult to roll form?

Yes, due to its low ductility and high hardness.

What thickness is typical?

Usually 0.5mm to 3.0mm.

Does it crack during forming?

It can if not properly controlled.

Is it better than mild steel?

It is stronger but harder to form.

17. Machine Matcher Section

We supply roll forming machines for all material types including high carbon steel.

• Custom-built machines to your profile
• New machines built to specification
• Global delivery available
• UK and USA technical support

Contact:
Machine Matcher
Sales & Technical Team

Quick Specs

Thickness
0.5–3.0mm

Yield Strength
400–900 MPa

Coil Width
300–1250mm

Coil ID
508 / 610mm