Sugar Maple Double Necklace - Cop/Gold

Description

Our silver items are treated with an anti-tarnish coating. To transform the organic material from its natural state, each leaf is dried and dipped into a solution to remove the tissue, leaving only the vein structure. Using an electroplating process, each piece of nature is coated in a layer of copper. This process creates a strong and durable foundation for each piece, as well as protecting the shape and veining patterns to create a and longer lasting product. The leaves, cones, and acorns are then finished in either 24K gold, fine silver, or iridescent copper. Our silver items are treated with an anti-tarnish coating. The leaves, cones, and acorns are then finished in either 24K gold, fine silver, or iridescent copper. To transform the organic material from its natural state, each leaf is dried and dipped into a solution to remove the tissue, leaving only the vein structure. The leaves, cones, and acorns are then finished in either 24K gold, fine silver, or iridescent copper. This process creates a strong and durable foundation for each piece, as well as protecting the shape and veining patterns to create a superior and longer lasting product. This process creates a strong and durable foundation for each piece, as well as protecting the shape and veining patterns to create a and longer lasting product. Using an electroplating process, each piece of nature is coated in a layer of copper.

Key Features

• Our silver items are treated with an anti-tarnish coating.
• This process creates a strong and durable foundation for each piece, as well as protecting the shape and veining patterns to create a and longer lasting product.
• Using an electroplating process, each piece of nature is coated in a layer of copper.
• The leaves, cones, and acorns are then finished in either 24K gold, fine silver, or iridescent copper.
• To transform the organic material from its natural state, each leaf is dried and dipped into a solution to remove the tissue, leaving only the vein structure.