Both ductile iron and carbon steel pipe are used in the water industry for a variety of applications. When included in a steel alloy, carbon makes the steel very hard. The percentage of carbon used in carbon steel varies depending on the application. The higher the percentage of carbon, the harder and more inflexible the alloy will be. Because mild steel is a low carbon steel, it retains more flexibility than high carbon steel while still being quite sturdy.
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Mild Steel and Ductile Iron Pipes in the Water Industry
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Sheet Metal Production and Applications
Sheet metal is so-named because it has been formed into thin, flat sheets. Sheet metal also comes in large rolls. Various metals can be used to produce sheet metal, including aluminium, mild steel, nickel, titanium, copper and brass. Aluminium and mild steel are the most common types of sheet metal. Like all sheet metal and wire, mild steel sheet and mild steel plate is available in different gauges, or thicknesses. (more…)
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Fabrication of Sheet Metal Components
The U.K. has long been a centre of industry and manufacture. Fewer products and components are manufactured in Britain now than in previous decades, but sheet metal fabrication is still vitally important to many businesses. Though there are far more uses for sheet metal, automotive parts are a very common application for sheet metal fabrication. (more…)
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Production and Uses of Perforated Sheet Metal
Perforated aluminium or mild steel sheet is used in a large number of applications, including auto parts, computers, rock quarries, household appliances, cooking and serving utensils, commercial signs and retail shelving. Methods of perforated sheet metal production vary according to the metal and the purpose for which it is manufactured. Aluminium, mild steel, galvanised and stainless steels and copper are often used in production of perforated sheet metal. Width and gauge of the raw metals also vary and have an effect on production methods. Aluminium and mild steel are the most common types of perforated metal, as they are very versatile and durable. (more…)
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Benefits of Mild Steel Tube in Component Manufacture
Mild steel hollow bar is mild steel tube that can be used to create many different hollow or cylindrical components. Both carbon steels, such as mild steel and alloy steels are available as hollow bar. Usually, hollow bar comes in circular sections, though it can be found in other shapes. (more…)
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Steel History and Manufacturing : How It’s Done Now
The railroads were instrumental in creating a demand for large quantities of cheaply made steel. At first, railroad tracks were made of wrought iron, which was too malleable to withstand the stress of railroad use. In some cases, replacement of wrought iron rails was necessary ever 6 – 8 weeks. This was far from efficient or cost-effective. Until 1856, the production of steel was too expensive and slow for such large projects.
(more…) -
Steel History and Manufacturing: From Iron to Industrial Age
Mild steel is a vital component of modern manufacturing and construction. Yet, it is so common than we rarely stop to think about its history or creation. Steel is an alloy which mainly contains iron. Archaeology dates the first iron alloys to approximately 1800 BC. To date, the earliest evidence of iron smelting has been found in Anatolia, which is a large part of present-day Turkey. East Africa has also yielded evidence of iron working from around 1400 BC. When alloyed with carbon, iron is stronger, harder and sharper than bronze, which had previously been the standard in weaponry. The discovery of iron alloys for making tools and weapons ushered in the Iron Age.
(more…) -
Mild Steel for any Building Project Imaginable
Numerous industries require mild steel for manufacturing various products. Consumers or industries find mild steel metal in a variety of Imperial and Metric sizes that accommodate different building requirements. Containing lower amounts of carbon, this type of steel has a higher resistance to breakage but remains malleable regardless of temperature. Higher carbonized steels crack or shatter under pressure, but mild steel bends without breakage. Mild steel contains approximately 40 points of carbon. Each 0.01 percent of carbon content represents one carbon point. (more…)
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Hydrogen in Steel: a Necessary Evil
Cracking can be a significant problem with steel, especially in places where it has been welded. One reason why mild steel is so widely used is that it is less likely to crack than higher-carbon steels. The higher-carbon steels are harder, but their hardness makes them brittle. Products such as mild steel sheets, mild steel plates and mild steel tubes represent the optimal balance between hardness and cracking proneness.
To understand why some kinds of steel crack more easily than others, one must look at the steel’s hydrogen content and the influence it has on the metal’s properties.
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How to Weld Cast Iron
Those who have limited experience with welding steels may find that working with cast iron is quite different from welding mild steel. Mild steel, whether it is in the form of a mild steel tube or a mild steel plate, is more malleable and in some ways easier to work with than cast iron. A sheet of cast iron may have about the same level of stiffness as a mild steel sheet, but it will prove to be more brittle than mild steel. That being said, it may take some different welding techniques to work with cast iron as opposed to mild steel.
The first thing that novice welders should remember that many kinds of cast iron cannot be welded because it simply cracks once it gets too hot. Fortunately, the most common form of cast iron is nodular cast iron. (more…)
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Mild Steel and Ductile Iron Pipes in the Water Industry
Both ductile iron and carbon steel pipe are used in the water industry for a variety of applications. When included in a steel alloy, carbon makes the steel very hard. The percentage of carbon used in carbon steel varies depending on the application. The higher the percentage of carbon, the harder and more inflexible the alloy will be. Because mild steel is a low carbon steel, it retains more flexibility than high carbon steel while still being quite sturdy.
(more…) -
Sheet Metal Production and Applications
Sheet metal is so-named because it has been formed into thin, flat sheets. Sheet metal also comes in large rolls. Various metals can be used to produce sheet metal, including aluminium, mild steel, nickel, titanium, copper and brass. Aluminium and mild steel are the most common types of sheet metal. Like all sheet metal and wire, mild steel sheet and mild steel plate is available in different gauges, or thicknesses. (more…)
-
Fabrication of Sheet Metal Components
The U.K. has long been a centre of industry and manufacture. Fewer products and components are manufactured in Britain now than in previous decades, but sheet metal fabrication is still vitally important to many businesses. Though there are far more uses for sheet metal, automotive parts are a very common application for sheet metal fabrication. (more…)
-
Production and Uses of Perforated Sheet Metal
Perforated aluminium or mild steel sheet is used in a large number of applications, including auto parts, computers, rock quarries, household appliances, cooking and serving utensils, commercial signs and retail shelving. Methods of perforated sheet metal production vary according to the metal and the purpose for which it is manufactured. Aluminium, mild steel, galvanised and stainless steels and copper are often used in production of perforated sheet metal. Width and gauge of the raw metals also vary and have an effect on production methods. Aluminium and mild steel are the most common types of perforated metal, as they are very versatile and durable. (more…)
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Benefits of Mild Steel Tube in Component Manufacture
Mild steel hollow bar is mild steel tube that can be used to create many different hollow or cylindrical components. Both carbon steels, such as mild steel and alloy steels are available as hollow bar. Usually, hollow bar comes in circular sections, though it can be found in other shapes. (more…)
-
Steel History and Manufacturing : How It’s Done Now
The railroads were instrumental in creating a demand for large quantities of cheaply made steel. At first, railroad tracks were made of wrought iron, which was too malleable to withstand the stress of railroad use. In some cases, replacement of wrought iron rails was necessary ever 6 – 8 weeks. This was far from efficient or cost-effective. Until 1856, the production of steel was too expensive and slow for such large projects.
(more…) -
Steel History and Manufacturing: From Iron to Industrial Age
Mild steel is a vital component of modern manufacturing and construction. Yet, it is so common than we rarely stop to think about its history or creation. Steel is an alloy which mainly contains iron. Archaeology dates the first iron alloys to approximately 1800 BC. To date, the earliest evidence of iron smelting has been found in Anatolia, which is a large part of present-day Turkey. East Africa has also yielded evidence of iron working from around 1400 BC. When alloyed with carbon, iron is stronger, harder and sharper than bronze, which had previously been the standard in weaponry. The discovery of iron alloys for making tools and weapons ushered in the Iron Age.
(more…) -
Mild Steel for any Building Project Imaginable
Numerous industries require mild steel for manufacturing various products. Consumers or industries find mild steel metal in a variety of Imperial and Metric sizes that accommodate different building requirements. Containing lower amounts of carbon, this type of steel has a higher resistance to breakage but remains malleable regardless of temperature. Higher carbonized steels crack or shatter under pressure, but mild steel bends without breakage. Mild steel contains approximately 40 points of carbon. Each 0.01 percent of carbon content represents one carbon point. (more…)
-
Hydrogen in Steel: a Necessary Evil
Cracking can be a significant problem with steel, especially in places where it has been welded. One reason why mild steel is so widely used is that it is less likely to crack than higher-carbon steels. The higher-carbon steels are harder, but their hardness makes them brittle. Products such as mild steel sheets, mild steel plates and mild steel tubes represent the optimal balance between hardness and cracking proneness.
To understand why some kinds of steel crack more easily than others, one must look at the steel’s hydrogen content and the influence it has on the metal’s properties.
(more…) -
How to Weld Cast Iron
Those who have limited experience with welding steels may find that working with cast iron is quite different from welding mild steel. Mild steel, whether it is in the form of a mild steel tube or a mild steel plate, is more malleable and in some ways easier to work with than cast iron. A sheet of cast iron may have about the same level of stiffness as a mild steel sheet, but it will prove to be more brittle than mild steel. That being said, it may take some different welding techniques to work with cast iron as opposed to mild steel.
The first thing that novice welders should remember that many kinds of cast iron cannot be welded because it simply cracks once it gets too hot. Fortunately, the most common form of cast iron is nodular cast iron. (more…)
