Lead Exposure
Although it is currently recognized that the most common source of lead exposure among children in the United
States is by ingestion of dust from lead-based paint, it is also recognized that a significant percentage of children
aged < 6 years are exposed to items containing lead that have been brought into the home. These items include
painted and unpainted metal and non-metal toys and jewelry items, antique items, ceramic dinnerware, folk and
traditional medications, and cosmetic items. According to recent CDC estimates, about 900,000 children (ages 1-5)
living in the United States have elevated blood lead levels. Exposures to some of these items can result in
life-threatening blood lead levels (BLLs; >100 μg/dL).

Items containing lead are to be considered health hazards, and
parents and children should avoid handling such items. Sadly,
children may put jewelry and small toys in their mouths to suck
or teethe on them and accidently swallow these items. For
example, in mid-February, 2006, a four year old boy died from
acute lead poisoning caused by lead encephalopathy after
ingestion of a heart-shaped metallic charm (see photo at right)
containing lead; the charm had been attached to a metal bracelet
provided as a free gift with the purchase of shoes manufactured
by Reebok International Ltd. On March 23, 2006, a voluntary
recall of 300,000 heart-shaped charm bracelets was
announced by Reebok and the by CPSC.
In a recent survey performed by Microecologies
®, a variety
children's jewelry, accessory, and toy items were purchased
from retail outlets and tested (using a hand-held X-ray Fluorescence
instrument; see section on lead testing below) for lead
content to determine if these items may pose a lead exposure
risk to children. Many of the jewelry and accessory items
contained concentration levels of lead that are many times
higher than the current Consumer Product Safety Commission's (CPSC) allowable limit of 90 parts per million (ppm)
and 300 ppm (see below section on applicable lead-based paint regulations and lead regulations related to
children’s products) , and present a potentially serious health hazard to kids. For example, levels of lead in multicolored
coated bobby pins (see photo at lower left), which are the type of item both kids and their moms may put
in their mouths, were found to range from 9,740 ppm (green) to 106,000 ppm (orange). Levels of lead in other
children’s jewelry items and many of the toys were also found to substantially exceed regulatory limits (see photos below).
Applicable Lead-based Paint Regulations and Lead Regulations Related to Children’s Products
On August 14, 2009, the Consumer Product Safety Commission (CPSC) reduced the limit for lead in paint and similar
surface coatings from 600 parts per million (ppm) to 90 ppm, as mandated by section 101(f )(1) of the Consumer
Product Safety Improvement Act of 2008(CPSIA). The new lower limit applies to paint on toys or other articles for
children, paint sold to consumers (for example, a gallon of paint sold at a hardware store), and paint on certain
household furniture items (not limited to children’s furniture).
On August 14, 2009, the CPSC also reduced the limit for lead in any unpainted accessible part of a children’s product
from 600 ppm to 300 ppm, as required by section 101(a)(2)(B) of the CPSIA. The term "children’s product" means any
consumer product that is designed or intended primarily for children 12 years of age or younger. The CPSIA requires
that the lead limit be further reduced to 100 ppm on August 14, 2011.
Under section 102(a) of the CPSIA, any painted children’s product that is manufactured after August 14, 2009 must
be certified as being lead compliant with the 90 ppm lead-based paint limit. Children’s unpainted metal jewelry
items that are manufactured after August 14, 2009 must be certified as lead compliant with the 300 ppm limit in any
accessible metal part. Accessible parts of other children’s products (i.e., unpainted children’s products and
non-metal jewelry items) must be lead compliant with the 300 ppm lead content limit if they are manufactured after
February 10, 2011. These certifications must be based on testing by a third-party.
Under section 101(a)(1) of the CPSIA, the CPSC classifies any product that fails to comply with the new lead limits,
regardless of when the product was made, as a banned hazardous substance under the Federal Hazardous
Substances Act, which states that it is unlawful for any person to sell, offer for sale, import or distribute a banned
hazardous substance. Therefore, beginning on August 14, 2009, it became unlawful to sell, offer for sale, manufacture
for sale, distribute in commerce or import into the United States any children’s product containing lead above
the regulatory limits.
Lead Testing
X-Ray Fluorescence (XRF) is a quick, reliable, non-destructive method for testing items such as children’s toys and
jewelry, furniture, dinnerware/foodservice and other items for lead.

Using our state of the art, handheld, direct reading XRF instrument,
Microecologies’ New York State licensed, EPA certified,
experienced, lead-based paint inspectors can measure (in parts
per million) levels of lead in items of concern to determine if they
are in compliance with applicable regulations and if your children
are unnecessarily at risk of being exposed to lead hazards.
If you are a manufacturer, distributor, and/or seller of products
intended to be used by children and would like your products
tested for compliance with applicable regulations, or if you are a
school or concerned parent and would like your children’s toys
and/or household items tested for lead/lead-based paint, Microecologies
®
can help.
Please call if you would like further information about lead in
consumer and children’s products, the health hazards associated with lead exposure, or if you would like to schedule
a comprehensive survey of manufactured/retail merchandise or household and/or children’s items using XRF to
determine the lead content of these items.
Microecologies®, Inc. • 1829 Madison Ave, NY, NY 10035 • 212-755-3265 • info@microecologies.com