Difference Between Ferrous And Non-Ferrous Metal | A Detailed Guide
Every day, we come in contact with several kinds of metal used for unique purposes and applications. Metals have played a pivotal role in shaping human civilization throughout history. From construction and manufacturing to transportation and electronics, metals are the backbone of the modernization of our society.
Metals are strong elements that exhibit remarkable properties to withstand extreme pressure, weather conditions, and situations. Generally, metals are categorized into two categories: ferrous and non-ferrous, s based on their properties and compositions.
what is ferrous and non-ferrous metal?
Ferrous metal contains iron, while non-ferrous metals are non-iron-based materials. Ferrous metals are mostly used for housing construction, large-scale piping, and other industrial purposes. Whereas non-ferrous metals are more suitable for constructing gutters, roofing, and other engineering applications.
In this blog, we will walk you through some of the key differences between ferrous and non-ferrous metals and the ferrous and non-ferrous metals list to help you determine which materials are most suitable for your DIY or commercial projects.
Which Metals Are Ferrous?
Ferrous metals, the essential category within the world of metals, are renowned for containing a significant proportion of iron as their principal element. The presence of iron in this category of metals offers exceptional strength, durability, and magnetic properties that can be used for a wide array of applications, including construction, manufacturing, automotive, and infrastructure development industries.
Most ferrous metals can withstand extreme weather conditions, maintain their structural integrity, and offer excellent resistance to wear and tear. Due to the inherent magnetic properties of ferrous metals, ferrous metals are effortlessly attracted to magnets and can be easily magnetized. However, one notable drawback of ferrous metals is their susceptibility to corrosion. When exposed to moisture and oxygen, iron-based metals are more prone to rust and corrosion, compromising their structural integrity and texture.
Here are some ferrous metal examples
Steel is an alloy made of iron and carbon elements. Steel is a widely used and most versatile metal renowned for its high tensile strength and durability properties. Steel can easily withstand heavy loads, resist deformation, and resist abrasion. It is also highly malleable, allowing it to be effortlessly molded into complex and desired shapes or patterns. Being a good conductor of electricity, steel allows an efficient flow of electricity through the entire structure.
2. Carbon steel
Carbon steel is a steel alloy that contains carbon typically ranging from 0.2% to 2.1%. The greater carbon content in this provides excellent strength and hardness to the metal. Carbon steel metals are more suitable for applications that require robustness and resistance to deformation. This type of ferrous metal is ideal for the construction of applications where long-term reliability and structural integrity are crucial.
3. Alloy steel
Steel, when combined with different elements or metal categories, is called an alloy. Alloy steel is composed of various elements in addition to iron and carbon to enhance the properties of steel, such as strength, hardness, corrosion resistance, and premature wear and tear. Alloy steel is known for exhibiting high strength and toughness when combined with elements like chromium, molybdenum, nickel, and vanadium. Additionally, most alloy steel is machinable and can be easily shaped or formed into complex shapes and parts.
4. Cast iron
Cast iron is a group of iron-carbon alloys that contains a greater carbon content, typically greater than 2%. Cast iron can be used for various applications due to its unique and versatile properties. This metal has excellent compressive strength, making it suitable for applications requiring heavy loads and impact resistance. One of the key elements of cast iron is that the metal can withstand high-temperature without losing its shape or strength, making it suitable for applications involving high heat.
5. Wrought iron
Wrought iron is renowned for exhibiting high malleability and ductile properties that allows the metal to be shaped and formed under tension and hammering or rolling process without breaking. These properties allow the wrought iron to be forged into intricate designs and decorative patterns based on the needs and requirements of the business or DIY projects.
Properties of Ferrous Metals
Ferrous metals possess a range of properties that make them extremely valuable and versatile metals in various industries. Here are the key properties of ferrous metals to consider when choosing the metal for your project:
Due to the presence of iron content, ferrous metals possess excellent magnetic properties. They can be easily magnetized and are highly responsive to magnetic fields, making them suitable for fabricating applications in various industries such as electronics, electrical engineering, and manufacturing.
When it comes to strength, ferrous metals simply outrank most metal categories. Ferrous is capable of withstanding heavy loads and mechanical stresses under tension and more. Additionally, ferrous metals offer excellent performance in project applications that require structural integrity and durability.
With greater durability, ferrous metals can endure harsh conditions and maintain their performances over time, offering exceptional efficiency throughout the fabrication or manufacturing process. The greater the durability, the longer the metal lasts.
High melting points:
One of the key properties of ferrous metals is their high melting point. This property allows ferrous metals to withstand high temperatures without significant deformation when exposed to heat or intense temperatures.
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Which Metals Are Non-Ferrous?
Non-ferrous metals belong to the distinct categories of metals that do not contain iron as their primary element. Non-ferrous metals are renowned for their lightweight, excellent thermal conductivity, corrosion resistance, and malleable properties, making them a perfect option for various applications where strength, durability, and resistance to rust are paramount. Another notable benefit of using non-ferrous metals is their relatively low-density and lightweight nature, making them widely used in industries where weight reduction is crucial, including aerospace, automotive, and transportation industries.
Despite having low density, non-ferrous metals exhibit excellent thermal conductivity, allowing smooth and clean transmission and conduction of electricity throughout the structure. However, one of the major drawbacks of non-ferrous metals is their lower melting points. Most non-ferrous metals have lower melting points than ferrous metals. Manufacturers have to be highly considerate about the heating temperatures while planning their fabrication or construction process to get the most out of their business or DIY projects.
Here are some examples of non-ferrous metals
Hands down, aluminum is one of the most versatile and widely used non-ferrous materials on the list. This lightweight non-ferrous metal is renowned for its exceptional corrosion and rust resistance properties that eliminates the need for additional coatings or treatments in many applications. Aluminum is a suitable metal for outdoor and marine environments.
Copper is one of the best conductors of electricity. It is often the first choice for engineers and manufacturers of electrical wiring, power transmission, and electronic applications. Copper is also a highly ductile metal that can be easily drawn into thin wires or fabricated into intricate shapes without losing structural integrity.
Lead is a dense and malleable non-ferrous metal that has contributed to various applications throughout the history of civilization. Lead exhibits high-density properties that are perfect for weight, stability, and balance applications. Additionally, lead has a relatively low melting point compared to other non-ferrous metals that can be used for various applications such as plumbing, soldering, and casting.
Zinc is a highly corrosion-resistant metal used in applications exposed to moisture and outdoor elements. Zinc helps form a protective layer, popularly known as zinc oxide or zinc carbonate, which acts as a barrier against corrosion. Zinc is also a popular choice for galvanizing steel and other metals to prevent rust and moisture spots.
Tin is a widely used non-ferrous metal renowned for its low toxicity properties, making it an ideal choice to be used in food packaging products. Tin is also a relatively good conductor of electricity used in forming electrical components such as connectors and solders. It is a fully recyclable metal that can be carried out with a minimal loss in its inherent properties and environt.
Properties of Non-Ferrous Metals
Here are the properties of non-ferrous metals to consider when choosing the metal for your business or DIY projects.
Non-ferrous metals usually have low-density compared to ferrous metals. Such metals are more suitable for applications where weight reduction is imperative such as aerospace and automotive industries.
One of the best parts of ferrous metals is that they are highly ductile. Non-ferrous metals can be easily stretched and formed into desired or complex shapes without breaking or damaging the core areas.
Non-ferrous metals exhibit exceptional malleable properties, allowing the metal to be seamlessly hammered or rolled into thin sheets without fracturing.
Unlike ferrous metals, non-ferrous metals are not attracted to magnets. This property is extremely essential in applications where magnetic interference should be minimal such as electrical devices, sensitive equipment, and more.
Top 6 Differences Between Ferrous and Non-ferrous Metal
Now, let us look at the top 6 ferrous and non-ferrous differences to help you get a better understanding of the difference between the two.
The fundamental difference between ferrous and non-ferrous minerals or metals lies in their composition. Ferrous metals are primarily composed of iron and small amounts of other elements, including carbon, manganese, chromium, and more. Whereas
non-ferrous metals do not contain iron as their primary element. They are made of various elements, such as aluminum, copper, zinc, and lead.
2. Magnetic properties
Ferrous metals are popularly known for their magnetic properties due to the presence of iron as their primary element. Ferrous metals are attractive metals and can be easily magnetized during the process. Non-ferrous metals, however, lack magnetic abilities to attract metals. Ferrous metals can be used in applications where magnetic properties are paramount. While non-ferrous metals are perfect for applications that don’t require magnetic properties.
When it comes to strength, ferrous metals are relatively stronger than non-ferrous metals. Due to the presence of iron, ferrous metals exhibit high tensile strength, structural integrity, and weight. Non-ferrous metals are usually less strong and possess other advantageous properties such as high malleability, lightweight, and ductility. Non-ferrous metals are easy to mold into different shapes and sizes depending on the needs and requirements of your projects.
In terms of density, ferrous metals are more dense than non-ferrous metals due to the presence of iron. Iron is naturally a dense element exhibiting heavy weight and high tensile strength. On the other hand, non-ferrous metals are less denser and perfect for applications where weight reduction is critical for the operation.
Comparatively, non-ferrous metals have excellent electrical and thermal conductivity than ferrous metals. Copper and aluminum are the two widely used non-ferrous metals, particularly known for their high electrical and thermal conductivity. These non-ferrous metals are ideal for electrical wiring, power transmission, and heat exchange applications. On the other hand, ferrous metals exhibit lower thermal and electrical conductivity, rendering them less suitable for such applications.
When it comes to the price factor, ferrous metals such as steel are less expensive than most non-ferrous metals. Ferrous metals are more cost-effective due to the abundance of iron ores and efficient production processes. However, non-ferrous metals often have higher price tags due to scarcity and more complex extraction and refining processes.
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