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Discover our comprehensive maraging steel plate collection, featuring high-strength, martensitic, and alloy grades for diverse industrial applications. From high-performance industrial grades to specialized toughness-resistant options, we offer various material compositions and finishes to meet your specific requirements. Our expertise covers multiple maraging steel types, ensuring optimal performance and value across different price points. Whether you need standard or custom specifications, our professional team provides tailored solutions backed by industry expertise.
Stainless Steel Wire is governed by standards like ASTM A580, A313, and A555, ensuring quality across grades such as 304, 316, 430, and 410. These standards define properties like tensile strength, corrosion resistance, and finish. For instance, a 304 Stainless Steel Wire aligns with ASTM A580 for general use, while 316 offers superior corrosion resistance per the same spec. Classifications split into austenitic (e.g., 304, 316), ferritic (e.g., 430), and martensitic (e.g., 410) types, with grades further distinguished by finishes like bright finish or coated options. Stainless Steel Wire, typically ranging from 0.1mm to 5mm in diameter, adheres to similar standards but is often tailored for flexible applications.
Stainless Steel Wire comes in a wide range of sizes to suit diverse needs. Common dimensions include:
This flexibility ensures Stainless Steel Wire fits everything from small fabrications to large industrial builds.
Stainless Steel Wire comes in various types and finishes, each tied to specific manufacturing processes:
Grade | Characteristics | Applications |
---|---|---|
18Ni300 Maraging Steel Plate | High strength, Excellent toughness, Good weldability, Low carbon content | Aerospace components (e.g., landing gear), Tooling and dies, High-performance shafts, Military applications |
18Ni250 Maraging Steel Plate | High strength, Good fracture toughness, Easy to machine before aging, Corrosion-resistant | Missile casings, Structural components, Tooling for injection molding, High-stress industrial parts |
18Ni350 Maraging Steel Plate | Ultra-high strength, Superior toughness, Stable at high temperatures, Minimal distortion | Rocket motor casings, Aerospace fasteners, High-strength tooling, Defense equipment |
18Ni200 Maraging Steel Plate | High strength, Moderate toughness, Good formability, Corrosion-resistant | Aircraft structural parts, Automotive racing components, Die casting tools, High-performance gears |
A: Maraging steel plate, known for its ultra-high strength and toughness, is widely used in aerospace for aircraft components, missile casings, and landing gear. It’s also popular in tooling for die-casting molds, extrusion tools, and precision parts, as well as in defense for high-stress applications like armor plating and firearms.
A: The standard maraging steel, such as 18Ni (e.g., 18Ni350), is an iron-nickel alloy aged to achieve exceptional strength (up to 2400 MPa). Plates are typically produced to standards like AMS 6521 or MIL-S-46850, ensuring consistent quality for industrial use.
A: Yes, maraging steel plate can be hardened through a low-temperature aging process (typically 480-500°C for 3-6 hours) after annealing. This aging enhances strength via precipitation hardening, avoiding the distortion seen in traditional quenching methods.
A: Maraging steel plate is ferromagnetic due to its high iron and nickel content, making it magnetic. This property is useful for applications requiring magnetic detection or handling but should be considered in non-magnetic design needs.
A: Aging significantly increases the strength and hardness of maraging steel plate by forming intermetallic compounds, boosting tensile strength to 2000-2500 MPa. However, it may slightly reduce ductility, so proper heat treatment is key to balancing properties.
A: The density of maraging steel plate is approximately 8.0-8.1 g/cm³, depending on the alloy. This lightweight yet strong characteristic makes it ideal for applications where weight savings are critical, such as in aerospace components.
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