Introduction

1055 and 1060 both belong to medium carbon steel, but their main properties and characteristics are not completely the same. The representations of the two models are quite similar, so their performance is not significantly different. Both types of steel are mainly used in some cutting tools and tool parts. This article will introduce these two types of steel.

Quick Answer: 1055 vs 1060 Steel

Although both 1055 and 1060 belong to medium carbon steel, their carbon content is not the same, and the amount of carbon content will affect their hardness and strength.

The carbon content in 1060 carbon steel is higher than that in 1055 carbon steel. Therefore, it will be slightly higher than 1055 in terms of hardness and strength. But high carbon content also results in higher brittleness and relatively poorer toughness. Therefore, the toughness of 1055 is higher than 1060, while the brittleness is lower.

What Do the Numbers Mean in 1055 and 1060?

In some ways, numbers can refer to their carbon content.

• The carbon content in 1055 carbon steel is about 0.55%.
• The carbon content in 1060 carbon steel is about 0.60%.

The higher the carbon content, the higher its hardness and strength, and of course, more brittle.

The lower the carbon content, the higher its toughness and the lower its brittleness.

Mechanical Properties: Hardness vs Toughness

When considering the mechanical properties of two types of steel, hardness and toughness are two important assessment points.

Hardness：

• The hardness of 1060 is higher than 1055. The hardness will also be higher after heat treatment.
• Mostly used in products that require maintaining sharpness.
• The higher the hardness, the more resistant it is to bending and passivation.

Toughness：

• The toughness of 1055 is higher than that of 1060. Therefore, its impact resistance is also higher.
• Not easily broken under high pressure and impact.
• Mostly used in heavy logging tools.

Simply put, 1060 is harder and more brittle. 1055 is more durable and less prone to breakage.

Edge Retention and Sharpening

1060 carbon steel has a higher carbon content and hardness, making it easier to maintain the sharpness of the cutting edge.

1055 carbon steel is not easy to maintain the sharpness of the blade and requires polishing after prolonged use.

Resistance to Wear and Tear

1060 has more advantages in terms of wear resistance during long-term use.

• 1060 has a higher hardness, making it more resistant to wear and tear.
• 1055 has high toughness, which may cause scratches and bending.

Therefore, 1055 is more suitable for cutting tools in daily use. 1060 is more suitable for collecting swords and knives.

Common Uses of 1055 Steel

Due to its excellent impact resistance, it is commonly used in daily tools.

• Chopsticks and axes.
• Daily cutting tools
• Conventional outdoor equipment.

Common Uses of 1060 Steel

1060 has a higher hardness, so it is often used in products that require sharpness.

• Samurai swords, ancient martial swords, and some functional swords.
• High quality cutting tools.
• For products with higher sharpness.

Price: Is 1060 More Expensive?

Yes, the price of 1060 is slightly higher than 1055.

1060 requires heat treatment tools and has a slightly higher carbon content than 1055, so the price is slightly higher.

But when making a specific choice, besides the price, the performance should be considered first.

Which One Should You Choose?

The specific choice of steel type mainly depends on the specific product requirements.

Choose 1055:

• Requires high toughness and shock absorption.
• Need impact resistant machetes or axes.
• Used for tools that are easy to polish.
• The price is moderate.

Choose 1060:

• High sharpness is required.
• Mostly used for some cutting tools.
• It should have high durability and wear resistance.
• The price budget is sufficient.

Related Comparisons

1060 and 1055 steel are often used for comparison and selection. It can mainly be seen from these points:

• 1055 and 5160:1055 are harder, but 5160 contains chromium and has higher toughness.
• 1060 and 1095:1060 are easier to process, while 1095 is harder but more brittle.
• 1055 and 1045:1055 have a higher carbon content, making them harder than 1045.

Summary

This article mainly introduces 1055 carbon steel and 1060 carbon steel. The characteristics of two types of carbon steel are summarized as follows:

• 1055: More durable, easier to polish, and lower price. More suitable for everyday items such as machetes, axes, etc.
• 1060: Higher hardness, sharper, wear-resistant, and relatively higher price. The title is suitable for some sharp tools such as surgical knives.

Therefore, the choice of two types of steel mainly depends on the application. For cutting tools, consider whether you prioritize sharpness or impact resistance.