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14 mm mild steel plates are highly popular in many industries due to their strength and versatility. This thickness strikes a balance between flexibility and durability.
Carbon steel plates
Carbon steel plates are highly valued for their strength and versatility. Produced from an alloy of carbon and iron, the alloy offers superb tensile strength. Mild 14 mm steel plates are preferred in construction, automotive, and manufacturing. This is because they offer a blend of workability and affordability. When users prefer lightweight structures with good load-bearing capabilities, they opt for 14 mm carbon steel plates. This makes them essential in heavy machinery and structural components. Hence, carbon steel plates come with durable surfaces that resist wear and tear. They also come with easy welding and machining features.
Galvanized steel plates
Galvanized steel plates are mild steel plates coated with a layer of zinc to prevent corrosion. They are produced using the hot-dip or electro-galvanizing process. 14 mm galvanized steel plates are Popular for outdoor and marine applications. Users like them since they withstand harsh environmental conditions. With superior corrosion resistance, galvanized plates are ideal for roofing, fencing, and automotive parts.
A36 steel plates
The A36 mild steel plate is one of the most widely used carbon steel grades. It adheres to the ASTM standards and offers great weldability and machinability. The 14 mm A36 mild steel plate is suitable for general construction, shipbuilding, and automotive parts. Its combination of strength and ease of use makes it a go-to choice for fabricators and welders. Especially when working on structural components and frames.
High-strength low-alloy (HSLA) steel plates
High-strength low-alloy (HSLA) steel plates have small amounts of alloying elements like copper, chromium, and vanadium. This increases strength without adding much to the weight. 14 mm HSLA steel plates are ideal for bridges and structural supports. They are ideal uses where extra strength is wanted but great resistance to corrosion. The HSLA plates come with superior to A36 steel in terms of strength. This allows manufacturers to reduce thickness without compromising strength.
Q235 steel plates
The Q235 mild steel plate is widely used in China and other countries that follow similar JB/T standards. It offers good weldability and represents a cost-effective option for construction and manufacturing. 14 mm Q235 mild steel plates are suitable for a wide range of applications. These include general construction, warehouse, and bridge components. The strength and versatility of Q235 mild steel make it suitable for structural applications.
14 mm mild steel plates have distinctive features that enhance their functionality. They make them ideal for various industrial and commercial applications.
Durability and strength
Mild steel plates are renowned for their durability and strength. The 14 mm thickness strikes a balance between flexibility and robustness. This makes it suitable for heavy loads and structural support applications. The durability ensures that products have longevity even in harsh environments.
Corrosion resistance
Moderate corrosion resistance is ideal for applications in slightly corrosive environments. Also, mild steel can be easily galvanized or coated for users in more aggressive conditions. Galvanizing and coating types increase corrosion resistance. They include zinc coatings, paint, and powder coatings.
Machinability
Mild steel plates are easily machinable. Buyers can cut, drill, and weld them with common workshop tools. Their machinability makes them highly versatile for custom fabrication in construction, manufacturing, and mechanical engineering.
Cost-effectiveness
Mild steel plates offer a great strength-to-cost ratio compared to other metals. With the moderately low market prices for mild steel, it is widely accessible to various industries. These include automotive, construction, and manufacturing. Cost-effective solutions for structural integrity are a priority for these industries.
Formability
Mild steel plates are highly formable. They allow for users to bend and shape without cracking or breaking. This makes them ideal for producing complex structures. These structures need custom shapes for specific industrial requirements.
The 14 mm mild steel plates have several specifications. They require routine maintenance for optimum longevity and functional performance.
Technical specifications
The 14 mm mild steel plates measure 1.2 m × 2.4 m. They are available in various dimensions, custom cut to fit particular needs. The plates are primarily composed of iron with around 0.05% to 0.15% carbon. The 14 mm mild steel plates have a tensile strength of between 400 MPa and 550 MPa. Their yield strength is typically around 240 MPa. Mild steel plates come with moderate electrical conductivity. This makes them suitable for uses in automotive and electrical enclosures. They also have a moderate thermal conductivity compared to other steel types. This aids in even heat distribution during welding or machining processes.
Maintenance and care guidelines
The 14 mm mild steel plates are prone to corrosion. This is especially if exposed to moisture and adverse weather elements. Regular inspection of the plates for rust or corrosion is essential. Users should clean the plates using a wire brush or sandpaper to remove surface rust. Afterward, apply protective coatings such as paint or galvanized zinc to prevent future corrosion.
Store the plates in a dry and sheltered environment to reduce rusting. If they are exposed to moisture, cover them with plastic sheeting or tarpaulin. Additionally, using anti-corrosion inhibitors or oils can extend the life of the plates. This helps to form a protective barrier against moisture and oxygen.
Finally, keep the plates free from contaminants such as chemicals, salts, or debris. They can cause corrosion over prolonged periods.
Shipping considerations
The weight of a 14 mm mild steel plate depends on its dimensions and thickness. For a standard 1.2 m × 2.4 m plate, it is around 36.6 kg. Shipping 14 mm mild steel plates requires careful handling to prevent bending or damage. They are strapped securely onto pallets or in cargo containers to avoid movement during transportation. Mild steel plates are generally cost-effective to ship. This is due to their durable nature they can be stacked efficiently.
When buying 14 mm mild steel plates. Here are some considerations buyers should focus on.
Plate composition
Buyers should consider the composition of the plates. This significantly impacts their mechanical properties and suitability for various applications. Plates with specific alloying elements. These include manganese or nickel, can enhance toughness and weldability. Buyers should make sure they get A36 and Q235 plates for structural uses. The HSLA plates are ideal for uses where strength is a primary concern. Plates like A36 steel which have specific elements like sulfur and phosphorus can impact machinability.
Mechanical properties
Mechanical properties are crucial to the plate's performance under load. Properties like tensile strength, yield strength, and elongation should be compatible with their intended uses. Toughness and ductility are also essential. They ensure the plates withstand impact and stress without fracturing. Plates for heavy load or impact uses need to have high toughness and low brittleness.
Manufacturing standards
Buyers should consider the manufacturing standards of 14 mm mild steel plates. It ensure consistent quality and performance. Standards such as ASTM, API, and ISO define the chemical and mechanical properties required for specific uses. For critical applications, plates conforming to these standards should be prioritized.
Surface finish
The finish of mild steel plates impacts their aesthetic value and functional characteristics. Rough or smooth finishes affect how well the plates can be painted, welded, or coated. Buyers intending to use the plates in visible areas should opt for smooth finishes for a cleaner appearance. Coated plates are ideal for corrosion protection.
Plate inspection
Buyers should ensure they buy plates that have been properly inspected. This ensures they meet the required standards. Techniques such as ultrasonic testing for internal defects and visual inspections for surface irregularities should be done. Checks for dimensions, flatness, and potential contaminant presence should be looked at too. Non-destructive testing methods like radiography and magnetic particle testing can also be used.
Plate certification
Certification is crucial as it provides assurance of quality and compliance with recognized standards. Certifications like Mill Test Reports (MTR) trace the plate materials composition and mechanical properties. Other certifications might include ASTM, EN, and API documentation. For critical safety or structural applications, always ensure certified plates are used. Certification also aids in regulatory compliance for environmental or safety standards in industrial settings.
A1.Mild steel plates are used as 14 mm components of frames, body shells, and other structural parts. They are also used in exhaust systems, suspension components, and chassis parts. Their cost-effectiveness and weldability allow complex assemblies without heavy investments. The plates can be easily coated to prevent corrosion. This improves their longevity even in adverse conditions.
A2.Mild steel plates are primarily composed of iron with a small amount of carbon. While carbon steel plates have higher carbon concentrations for strength. The higher carbon in carbon steel makes it more brittle and difficult to weld. This makes mild steel plates ideal for construction and automotive parts. While carbon steel plates are used for heavy machinery and tools.
A3.The plates can easily be cut using CNC machines, plasma cutters, or laser cutting. They can also be bent and shaped into desired custom forms using hydraulic presses and brake machines. This is all thanks to their ideal thickness. It offers flexibility for intricate designs and major load-bearing capabilities. They are suitable for both small-scale and large-volume production.
A4.Mild steel production impacts the environment through greenhouse gas emissions as coal is used during production. Which leads to air pollution and energy consumption. However, the recyclability of mild steel reduces long-term environmental effects. The steel's durability extends its life. Thus, it defers frequent replacements. The reuses and recycling of mild steel plates contributes to resource conservation.
A5.14 mm mild steel plates can be coated using various techniques like galvanization, powder coating, and painting. Galvanization involves dipping the plate into molten zinc for a protective layer. Powder coating applies electrostatically charged polymer powders. Paints are protective but require regular maintenance. Zinc and aluminum coatings provide longer-lasting protection against corrosion and are great for outdoor use.
