Steel Composition

Explore the Complex Chemistry of Steel

At Shieldon, we understand that steel is much more than a mere amalgamation of iron and additional elements; it is the backbone of exceptional craftsmanship. Our dedication to precision extends to providing you with a comprehensive understanding of the chemical makeup of various steel types. Our interactive Tableau chart enables you to compare the pivotal elements such as Carbon, Chromium, Molybdenum, Vanadium, Cobalt, Nickel, Manganese, and Silicon – each playing a significant role in defining steel's unique attributes.

Understanding Steel's Elemental Contribution:

Carbon (C) - The Quintessence of Steel Hardness:

Recognized as the defining factor in transforming iron into steel, Carbon is pivotal in enhancing hardness, tensile strength, and edge retention. Shieldon steels are carefully calibrated with an optimal carbon range to ensure the perfect balance between strength and durability.

Chromium (Cr) - The Guardian Against Corrosion:

Chromium is the stalwart element that bestows stainless steel with its signature resistance to oxidation. Shieldon ensures a meticulous inclusion of chromium to not only elevate corrosion resistance but also improve the steel's response to hardening treatments.

Molybdenum (Mo) & Vanadium (V) - Toughness and Endurance Enhancers:

These elements are the unsung heroes that contribute to the steel's ability to resist wear and maintain structural integrity under high-temperature duress, a standard Shieldon upholds in its steel selection.

Nickel (Ni) - The Fortifier of Steel:

While its contribution to toughness is often debated, Shieldon recognizes the subtle enhancements Nickel provides in strengthening steel, particularly in its resistance to low-temperature brittleness.

Cobalt (Co), Manganese (Mn), Silicon (Si) - Hardness and Stability Amplifiers:

These elements are intricately involved in improving the steel's hardenability and strength, ensuring that each Shieldon blade meets the highest standards of stability and longevity.

Niobium (Nb), Tungsten (W), Nitrogen (N) - The Precision Elements:

Renowned for refining steel's grain structure and boosting corrosion resistance, these elements are integral to the formation of steels like CPM-S35VN, ensuring unparalleled edge retention and wear resistance in Shieldon's premium offerings.

Copper (Cu), Aluminum (Al), Boron (B) - The Optimizers:

These elements play crucial roles in refining steel's properties, from enhancing resistance to corrosion to fine-tuning hardenability, reflecting the meticulous nature of Shieldon's steel selection process.

Lead (Pb), Selenium (Se), Tantalum (Ta), Zirconium (Zr) - The Specialized Performers:

Inclusion of these elements is carried out with precision to improve machinability, ductility, and overall steel performance – a testament to Shieldon's commitment to exceptional quality.

At Shieldon, we not only offer an unparalleled selection of steel for OEM/ODM/OBM projects but also imbue every customer with the knowledge to discern and select the ideal steel composition for their specific needs. Join us in exploring the intricacies of steel chemistry and embrace the art of precision with Shieldon.