steel

6+ Reasons: Why Isn't Stainless Steel Jewelry Common?

by
why isn't stainless steel often used for jewelry

6+ Reasons: Why Isn't Stainless Steel Jewelry Common?

Stainless steel possesses characteristics that, while advantageous in certain applications, present limitations when considered for widespread use in adornment. While increasingly common, its properties dictate that it is not as prevalent as other metals traditionally associated with the jewelry industry.

The inherent rigidity of stainless steel poses challenges during intricate designs and manufacturing processes. Metals with higher malleability and ductility allow for finer detailing and easier manipulation, providing greater design flexibility. Further, the relatively high melting point of stainless steel demands specialized equipment and techniques for casting and fabrication, impacting production costs. Finally, while hypoallergenic for many, some individuals may still experience skin sensitivities depending on the specific alloy composition.

Read more

7+ Copper & Steel Connection: What Happens? Tips

by
what happens when copper and steel connect

7+ Copper & Steel Connection: What Happens? Tips

Joining dissimilar metals, specifically iron-based alloys and copper, introduces the potential for galvanic corrosion. This electrochemical process occurs when two metals with differing electrode potentials are in electrical contact in the presence of an electrolyte (e.g., water, salt water). The more active metal (in this case, steel) corrodes preferentially, acting as the anode, while the less active metal (copper) acts as the cathode. The result is accelerated degradation of the steel at the junction.

Understanding the implications of these material combinations is crucial in many engineering applications. Proper material selection prevents premature failure of structures and systems. The long-term cost savings associated with careful design far outweigh the initial investment in appropriate connection methods. Historically, misapplication of joining techniques has led to significant structural damage and costly repairs, highlighting the need for a thorough understanding of electrochemical principles.

Read more

7+ Reasons Why Alloy Steel Chains Fail & When to Remove Them

by
why would an alloy steel chain be removed from service

7+ Reasons Why Alloy Steel Chains Fail & When to Remove Them

Alloy steel chains, despite their strength and durability, are taken out of operation when their integrity is compromised, posing a safety risk. Several factors contribute to this decision, including exceeding wear limits, experiencing plastic deformation (stretching or bending), developing cracks or corrosion, or undergoing unauthorized repairs. Each of these compromises the chain’s designed load-bearing capacity.

The removal of these chains from service is vital for maintaining workplace safety and preventing potential accidents. Periodic inspection and adherence to manufacturer guidelines are paramount. Historically, catastrophic failures of lifting equipment have highlighted the necessity of proactive replacement based on established criteria, preventing injuries, fatalities, and costly property damage.

Read more