Is 14c28n A Good Knife Steel? [Complete Steel Guide]

14C28N steel is an alloy of chromium, nickel, molybdenum and carbon.

Is 14c28n A Good Knife Steel? [Complete Steel Guide]

It is used for making knives because of its durability, toughness and sharpness.

It is also known as CPM-20CV steel. This guide will tell you all you need to know about it!

What Is 14c28n Steel?

14c28n steel is a great option if you want a knife that’s tough and reliable.

It’s made for outdoor adventures, and it’s also great for indoor tasks like chopping vegetables.

It’s a great material for kitchen knives, too. It’s hard to beat the durability of 14c28n steel. For household use, it’s a good tough steel.

It’s also easy to sharpen, which makes it an excellent option for anyone who wants a knife that lasts.

It’s important to remember that 14c28n steel isn’t the best choice for some tasks.

It’s certainly durable, but it doesn’t have much of a breaking point. It’s better suited for light duty.

Kitchen knives and pocket knives are made of stainless steel, but 14C28N isn’t. It’s a high-carbon alloy that doesn’t rust or corrode. It’s also harder than other steels. That makes it better for kitchen knives and pocket knives, but not for camping.

For everything you have to do within the house, 14C28N is a great option!

Knives made with 14C28N are rustproof. They’ll definitely rust someday, but it’ll take more than your average usage to rust them.

CN Steel Composition

This steel is an alloy of iron and chromium. Chromium is the most important element in the steel because the chromium content in it gives it strength and resistance to rusting.

Carbon is the second-biggest component in the steel. Iron is the third most important component.

A chemical analysis shows that the steel contains chromium, carbon, manganese, silicon, nitrogen, phosphorus, sulfur, and iron.

This information is useful because it tells us how much each element contributes to the overall properties of the steel.

How Does CN Compare To Other Steels?

14C28N is an alloy of nickel, chromium, molybdenum, carbon, and nitrogen. It is used as a high-strength material because of its ability to retain its strength after being exposed to extreme heat or cold.

Knives made from 14C28N steel are strong and sharp, with excellent wear resistance. They are also very durable and corrosion-resistant. In all, it is a very popular steel!


S30V is more expensive than 14C28N. However, it is easier to sharpen.


D2 steel is more durable than 14C28N, but it scores lower in terms of ease of sharpening and corrosion resistance.

CN Vs VG-10

The Japanese steel, VG10 offers slightly higher edge retention but has the same level of hardness as 14C28N.

VG-10 steel also has the same level of toughness as 14C28N and the same level of corrosion resistance. However, it scores lower for edge retention than 14C28N.


The 14C28N steel is an upgraded version of 12C27 steel.

Both 12C27 and 14C28N steels share almost identical chemical compositions, but the 14C28N steel has higher hardness, greater corrosion and wear resistance, as well as better machinability than the 12C27 steel.

There isn’t much difference between 14C28N and other common steels.

Is CN Steel Good For Knives?

Is 14c28n A Good Knife Steel? [Complete Steel Guide]

The steel used for knives should be stainless steel. Stainless steel is very hard and strong. It is also resistant to rust.

Knives made out of stainless steel last longer than those made out of other types of steel.

We recommend you use this knife for camping and similar outdoor activities. However, you should be careful when using it for more demanding tasks.

This knife may break if used for tougher jobs. All in all, 14C28N steel is a good option if you want a knife that won’t break or bend when used properly.

What Are The Defining Characteristics Of Quality Knife Steel?

A good knife should have a sharp edge, but also be hard enough to cut through things without breaking.

Stainless steel is an ideal material for knives because it doesn’t rust or corrode.

But if you want your knife to be harder than normal steel, you need to give up some of the carbon that makes it softer. High levels of carbon won’t give you what you want.

Edge Retention Or Sharpness

Knives are sharp cutting tools made of steel or other metals. To be effective, knives must be strong enough to cut through material without breaking.

They need a keen edge for this. Steel blades are hardened by heat treatment (annealing) to make them harder than regular steel.

Hardening makes the steel more resistant to wear and tear. This process also gives the blade greater strength.

Steel grades vary depending on their hardness. A higher hardness means better edge retention.

This steel grade has a hardness of 62 HRC, giving it good edge properties. You can trust it to deliver good edge retention.

Hardness And Toughness

Steel is tough stuff!  It’s very hard and strong.  Steel is an alloy of iron and carbon. Iron is soft and malleable, but carbon makes steel harder and more durable.

Carbon is added to steel to increase hardness. Harder steels will have high levels of carbon. Manganese is added to steel to improve the strength of the metal.

Wear Resistance

A knife should be made out of metal that can be shaped for use, but not too soft. This makes it easier to sharpen, and also allows it to hold an edge longer.

Corrosion Resistance

Steel grades are classified by their chemical composition. High carbon steels contain less than 0.2% carbon, while low carbon steels contain more than 0.4%.

High alloy steels contain specific amounts of other metals such as nickel or molybdenum. Low alloy steels contain less than 2% of these other metals.

There are also stainless steels, which contain higher amounts of chromium and nickel.

Knives made from 14C28N offer excellent resistance to corrosion and rust. You can be sure that a blade made from this steel will be highly corrosion resistant.

Heat Treatment

Heat treatment is used by manufacturers to make knives more durable and better performing. Different companies use different methods to heat treat blades.

Some companies use a single process while others use several processes. The differences in heat treatments result in different performance characteristics.

What Are The Best Types Of Steel For Knife Blades?

There are many kinds of steel. Some people say that carbon steel is the best. Others say stainless steel is better. Still others think that titanium is the best.

And some people even say that ceramic is the best. But everyone agrees that the best type of steel is whatever steel you want to make your knife out of.

There are many different kinds of knives out there. Some are made of stainless steel, others are carbon steel, and some are even made of titanium! You’ll need to decide what kind of knife you want to buy.

Carbon Steel

Carbon steel is one of the most common types of steel. It is usually made with a small amount of carbon. This makes it harder than plain carbon steel.

Stainless Steel

Stainless steel is a type of steel that resists stains and corrosion. It is commonly found in kitchenware like knives and forks.

Stainless steel is often given a surface coating called chrome plating. This helps protect against staining and corrosion.

Austenitic Vs Martensitic Steel

Austenitic steel contains high levels of nickel which makes it non-Magnetic and relatively soft.

Martensitic steel is made up of lower levels of nickel and more chromium. It is magnetic and harder than austenitic steel.

Damascus Steel

Damascus steel is an ancient form of metalworking that originated in the Middle East around 2000 BC.

It was widely used in the region until the early 20th century. Today, it is mostly used for decorative purposes.

The name comes from the city of Damascus where this technique was invented.

The main difference between Damascus steel and modern-day stainless steel is that Damascus steel is softer and more brittle. Modern-day stainless steel is much tougher and stronger.

Final Thoughts

There’s a lot to think about when it comes to choosing the right steel for your needs. Hopefully, this guide has helped!

Tom Bower