Knife manufacturers make sure to use only the most premium materials in their knives.
Premium materials cost more than low-end ones is why many blades in the market fetch incredibly high price tags.
And one of the most important materials to consider when shopping or making a
5160 steel is a common material used by many different manufacturers around the world.
This steel recipe is used for swords, knives, and even parts in the automotive industry.
5160 steel offers great edge retention, wear resistance, and can be sharpened to an incredibly sharp and precise edge.
However, it does lack corrosion resistance, so users have to ensure that they take proper care of these knives.
If you want to learn more about 5160 steel, you’ve come to the right place.
In this 5160 steel review, we take a close look at what this steel has to offer, so you can decide whether or not you want it in your
What Is 5160 Steel?
5160 steel is a low-end alloy that is high in carbon with a fair amount of chromium.
It is a very tough and hard material that is ideal for swords, knives, and automotive parts.
Its name represents the chemical composition of the material with the “1” standing for carbon, which is the main element featured in the alloy.
The “60”, on the other hand, represents the amount of carbon in the mix, which is 0.64%.
This material takes its original shape after bending, which is why it’s very popular as a
Chemical Composition Of 5160 Steel
1. Carbon – 0.64%
As mentioned earlier, this alloy has a fair amount of carbon.
Carbon is known to make the material very hard, which is one of the main qualities of this steel.
It also improves wear and corrosion resistance, but it reduces the strength a bit because it’s so hard.
2. Manganese – 1.%
This is an element that makes 5160 a lot harder, but too much of it can cause it to turn brittle.
3. Chromium – 0.9%
Chromium is mainly used in steel for tensile strength, corrosion resistance, and edge retention.
This isn’t present too much in the 5160 recipes, but there is enough in there to make a small difference.
4. Silicon – 0.3%
Silicon helps improve the strength of the alloy.
5. Sulfur – 0.04%
One of the most important qualities of any alloy is its machinability, and sulfur makes the material more machinable
6. Phosphorous – 0.035%
Lastly, this mix has phosphorous in it to make it stronger and tougher.
Qualities Of 5160 Steel
1. Edge Retention
One of the best qualities of this affordable steel is its edge-retention.
It won’t have the same qualities as carbon steel, but it’s still a lot better than the materials you’ll find in this range.
This is mainly because of the amount of carbon in the alloy.
The maximum hardness rating of 5160 is 60.
This is called the HRC or Rockwell Hardness of the material, and it will usually average out at around 57-58.
This isn’t the best out there, but it is very hard, which is one of the reasons this alloy has such great edge retention and is sought after by a lot of manufacturers.
3. Wear And Corrosion Resistance
As mentioned earlier, this material has a fair amount of carbon, chromium, and magnesium in the recipe.
This gives it great wear resistance so it won’t get damaged too easily when in use.
However, since it only has 0.9% chromium (which is a pretty low presence compared to other materials), it doesn’t resist corrosion that well.
So if you’ve been considering getting a tool with 5160 steel, make sure to take care of it properly so it doesn’t rust.
This isn’t an ideal material for machining.
This is because it is very hard, which makes machining very tough to do.
However, if you want to machine this material, you’re going to have to have it annealed so you can get the job done quicker and easier.
On its own, it isn’t the best material for machining, but after annealing, you can easily reach maximum speeds and feeds.
Because of its chemical composition, this material doesn’t have a lot of weldability.
So if you’ve been planning to weld this material, you might run into a couple of problems and some trouble.
6. Heat Treating
This material is usually hardened in hot oil.
For quenching, it’s recommended to use a temperature of 1525 F, and the ideal tempering temperature is around 800 F-1300 F.
The forging temperature of 5160 is around 2100 F-2200 F, which is very important to remember if you plan on using this material in your workshop.
Since it’s such a hard material, sharpening this alloy is a very tough task.
After all, the saying goes, “the harder the steel, the harder it is to sharpen”.
However, once you get the initial sharpening done, you won’t have to re-do it for some time because of the great edge retention that 5160 has.
Conclusion – Is This A Good
Generally, 5160 is considered great
This is because it is very hard and has great edge-retention, making it ideal for large knives and swords.
It’s also very tough with amazing wear-resistance.
However, the one downside to this material is it doesn’t have great corrosion resistance.
So if you buy a knife with this material or plan on using it in your workshop, make sure to remember to keep it clean, safe, and well-maintained to avoid rust issues.
But other than that, you’ll find that this is a very good material for knives and would serve you well for many years!
Ryan LeavittHi my name is Ryan Leavitt a Marine Corps Veteran and currently an over the road trucker (Long Haul). I am no expert chef but am enjoying preparing my own meals on the road and testing all the different knives.
We give these knives a quick twirl and review, and then we pass them on to a few lucky home chefs!