MIM-8620 is a remarkable low alloy steel renowned for its outstanding properties and versatile applications in metal injection molding (MIM). Composed primarily of iron (Fe), it incorporates alloying elements like nickel (Ni), chromium (Cr), and molybdenum (Mo) to attain its unique characteristics.
One of MIM-8620's distinctive attributes is its ability to achieve precision and fine-grained microstructures through the MIM process. This makes it highly suitable for applications requiring intricate designs, precise dimensional control, and durability under challenging conditions.
Whether in gears, shafts, or critical mechanical components, MIM-8620 low alloy steel offers a cost-effective solution without compromising quality and performance, making it an invaluable material for various engineering applications.
Key Features of MIM-8620
Outstanding Wear Resistance
Industrial Machinery Components
Precise Dimensional Control
Gears and Bearings
Tooling and Dies
Tensile Strength (MPa)
Yield Strength (MPa)
Impact Strength (J)
Young's Modulus (GPa)
MIM-8620 parts exhibit good weldability. This characteristic arises from the low alloy composition and microstructure of MIM-8620 steel. MIM-8620 readily fuses with compatible materials during welding, forming solid and reliable joints. Standard welding techniques such as arc welding, MIG (Metal Inert Gas) welding, and TIG (Tungsten Inert Gas) welding can be easily employed.
Notably, the automotive sector benefits from the weldability of MIM-8620 parts, especially for assembling drivetrain components, suspension systems, and chassis elements. In aerospace, precision welding of MIM-8620 parts ensures the structural integrity of critical components like landing gear assemblies and engine mounts.
MIM-8620 parts can exhibit magnetic properties depending on their specific alloy composition and processing. The magnetic behavior of MIM-8620 is influenced by factors such as its chemical composition, heat treatment, and microstructure.
MIM-8620 components with magnetic characteristics can be used in the automotive industry in sensor systems. These sensors may require controlled magnetic responses to detect and measure parameters like speed, position, or fluid levels. In industrial settings, MIM-8620's magnetic properties find applications in magnetic actuators used in control systems, where precise and predictable responses to magnetic fields are essential for controlling valves, switches, or other mechanical actions.
MIM-8620 parts exhibit commendable heat resistance, allowing them to maintain structural integrity and performance even when exposed to elevated temperatures. Depending on specific processing and heat treatment, MIM-8620 can withstand temperatures well above 300°C (572°F).
Applications necessitating heat resistance in MIM-8620 MIM parts are widespread. In the automotive industry, components within exhaust systems are subjected to extreme temperatures due to exhaust gases. MIM-8620's heat resistance allows it to maintain its structural integrity and functionality in these conditions, contributing to the durability and efficiency of exhaust system components.
The electrical conductivity of MIM-8620 parts can vary depending on their specific alloy composition. MIM-8620 exhibits good electrical conductivity in some formulations, allowing for the efficient flow of electrical current.
Applications requiring electrical conductivity in MIM-8620 MIM parts are typically found in the electrical and electronics industries. Electrical connectors and contact components used in telecommunications, consumer electronics, and power distribution systems often demand materials with reliable electrical conductivity. MIM-8620's ability to facilitate efficient energy transfer through electrical contacts makes it suitable for these applications, ensuring minimal energy loss and reliable performance in various electrical systems.
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