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What is Silver 999?

Published in Silver Metals 2 mins read

Silver 999, also known as fine silver, is silver that is 99.9% pure silver.

Understanding Fine Silver

Fine silver (999) represents the highest level of silver purity commercially available. This means that out of 1000 parts, 999 parts are silver, and only 1 part (or less) is made up of other metals. This minimal amount of other metals are typically added during the production process.

Characteristics of 999 Silver

  • High Purity: As mentioned, it consists of 99.9% pure silver, making it almost entirely silver.
  • Softness: Due to its purity, fine silver is quite soft and malleable compared to sterling silver (92.5% silver) or silver alloys with even lower silver content.
  • Tarnish: While all silver can tarnish, fine silver tends to tarnish more slowly than sterling silver.
  • Value: Because of its high silver content, it generally has a higher intrinsic value than silver alloys with lower purity levels.

Common Uses

999 silver is most often found in:

  • Silver Bullion Bars: Investment-grade silver bars are frequently made of 999 fine silver.
  • Silver Coins: Some commemorative or investment coins are minted in 999 silver.
  • Industrial Applications: Due to its high purity and conductivity, it's sometimes used in specialized industrial applications.

Comparison with Sterling Silver

Feature 999 Fine Silver 925 Sterling Silver
Silver Purity 99.9% 92.5%
Hardness/Durability Soft More Durable
Tarnish Rate Slower Faster
Common Uses Bullion, investment coins Jewelry, silverware

Because it is softer, 999 silver is typically not used in jewelry or items that require a lot of durability. For these applications, sterling silver (92.5% silver) or other silver alloys are preferable. The addition of other metals in alloys increases the overall strength and resistance to wear and tear.

Conclusion

Silver 999 is the purest form of silver commonly available, valued for its high silver content and often used for investment purposes. However, its softness limits its use in applications requiring greater durability.

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