Silver Spoon, a creation of TDB Special Projects, uses the unique properties of silver to make utensils safer for infants to use. According to TDB Special Projects, it has harnessed silver's unique, natural, anti-bacterial trait and infused it within the multiple colorful utensils in Silver Spoon.
As the Silver Spoon packaging says, the pieces are "naturally antimicrobial baby utensils that harness the natural germ killing properties of 100% pure silver." This means that the utensils parents use to feed their growing toddlers will be clean and free of germs.
Silver Spoon was created by TDB Special Projects for a major client that has yet to be revealed. Unfortunately for parents hoping to grab these utensils, they won't be released until spring of 2012.
Anti-Bacterial Utensils
Silver Spoon Kills Germs Without Using Harmful Chemicals
Trend Themes
1. Anti-bacterial Utensils - Creating utensils with antimicrobial properties using natural resources such as silver can disrupt the market and offer safer options for babies and toddlers.
2. Natural Germ Killers - The use of natural germ-killing properties like 100% pure silver in utensils and other baby products can offer a viable alternative to harmful chemical solutions and disrupt the market.
3. Infant Utensils Innovation - Designing innovative utensils specifically for infants and toddlers that focus on safety and antimicrobial properties, can disrupt the baby products market and offer new methods of keeping babies healthy.
Industry Implications
1. Baby Products - The baby products industry can leverage the use of natural antimicrobial resources like silver to make baby products safer for infants and toddlers.
2. Utensils - Utensil manufacturers can focus on creating utensils with antimicrobial properties using natural resources like silver, to disrupt the market and offer safer options for consumers.
3. Silver Industry - The silver industry can consider expanding its market by exploring the use of silver in consumer products like utensils and baby products for its natural antimicrobial properties.