All stainless steels have certain corrosion resistance, and there is no such thing as stainless or corrosion in every environment, in any environment. Corrosion resistance is at a certain rate for each stainless steel, and materials used in environments worse than that may corrode or corrode or completely melt.
Finally, you can examine the short descriptions of the most commonly used elements in stainless steel and the effects of these elements on the stainless product from the short descriptions below.
It is the most important element required for chromium steel to acquire a stainless feature. This element, which forms a chromium oxide layer in case of contact with oxygen, prevents the contact of steel with oxygen. In this way, the steel becomes resistant to rust. If we increase the amount of chromium in the steel, the corrosion resistance of the steel will be increased to that extent.
It is an element that should be in a nickel stainless and constitutes almost 90% of the cost of stainless steel. Nickel added into the steel combines with chrome to provide a chrome-nickel composition. When this composition comes into contact with oxygen, a much stronger layer is formed, which makes stainless steel materials highly resistant to corrosion. Also; Nickel is also a frequently preferred but very expensive element as it facilitates the processing of steel.
Note: As a stainless steel belt buckle supplier, our products are made of nickel-free materials and have no harm to health.
It is the most important element that gives the steel its hardness. In addition to being an element that greatly increases the strength of carbon steel, it is also an element that reduces the elasticity of steel. Stainless steel with higher carbon becomes more fragile and more durable. We must increase the carbon ratio to increase strength, and decrease the carbon ratio to increase elasticity. Carbon also significantly affects the processing of steel. High-carbon steels are easier to process since the chips of high-carbon steels are broken during machining.