From design to production, we do it all from our US-based facilities. We change recycled milk jugs into imaginative playthings. We develop our toys with the benefits of unstructured play in mind.
Many kids get toys and toy precious jewelry as presents throughout the vacation season. Some toys, specifically imported toys, antique toys, and toy fashion jewelry, may contain lead. Although lead is unnoticeable to the naked eye and has no odor, direct exposure to lead can seriously damage a child's health. Children tend to put their hands, toys, or other objectswhich may be made of lead or polluted with lead or lead dustinto their mouths.
Lead might be found in the paint, metal, and plastic parts of some toys and toy precious jewelry, especially those made in other countries, in addition to antique toys and collectibles. In 2008, the Consumer Item Safety Enhancement Act (CPSIA) was signed into law, requiring toys and infant items to be checked to necessary requirements before being sold, CPSIA and Lead Truth Sheet pdf icon [118 KB] external icon.
Lead softens plastic, making a toy more flexible to go back to its initial shape. Lead might likewise be used in plastic toys to stabilize particles from heat. Lead dust can form on toys when some plastics are exposed to sunlight, air, and detergents that break down the chemical bond between the lead and plastics.
To minimize children's threat for lead exposure, the U.S. Consumer Item Safety Commission (CPSC) tests and issues remembers of existing items that may possibly expose kids to lead. Inspect the CPSC websiteexternal icon to be sure your kid's toys are safe. You can find pictures and descriptions of currently remembered toys there.
Secure children from direct exposure to lead in metal and plastic toys, especially imported toys, antique toys, and toy jewelry. Just a licensed laboratory can precisely figure out how much lead is in a toy. Although do-it-yourself sets showing the existence of lead are offered, they do disappoint just how much lead is present and their dependability at identifying low levels of lead has not been figured out.
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