Engineers particularly value its ability to maintain stable mechanical strength in high-temperature environments, making it an ideal choice for critical automotive engine components such as cylinder heads, crankshafts, and transmission gears. The addition of chromium provides further advantages, not only enhancing material hardness but also significantly improving oxidation resistance and corrosion protection. In chemical plant piping systems or coastal mechanical equipment, 17CrS3 carburized steel demonstrates exceptional durability, reliably withstanding prolonged exposure to harsh conditions including humidity and high temperatures.
Remarkably, while possessing these superior properties, the steel maintains excellent workability. It delivers satisfactory results whether forging complex-shaped components or employing various welding techniques. Regarding processing technology, 17CrS3 carburized steel exhibits outstanding adaptability. Optimal performance combinations can be achieved through quenching at 850-880°C followed by tempering at 160-200°C. Controlling the carburized layer depth to 0.8-1.2mm ensures both surface hardness and adequate core toughness.
These exceptional characteristics have established 17CrS3 carburized steel's vital position in key industries including automotive manufacturing, aerospace, and industrial equipment. From everyday vehicle engine components to aircraft landing gear, this material performs indispensable yet often overlooked functions, rightfully earning its reputation as an "unsung hero" of modern industry.
If you're interested in 17CrS3 carburizing steel or would like pricing information, please feel free to contact us anytime!
Baoshan District,
Shanghai, China.
