Chemical
Toxic Couches: New Study Finds Dangerous Chemicals in Your Living Room

Toxic Couches: New Study Finds Dangerous Chemicals in Your Living Room

November 28, 2012

By Healthy Child Staff

When you’re shopping for a couch, chances are you aren’t thinking about whether it’s going to increase your risk of cancer. But toxic chemicals, including those known to cause cancer, are in virtually all couches. And the newer the couch, the more likely it is to contain dangerous toxic chemicals in the foam.

Additional key findings from a new study released today in the journal Environmental Science & Technology include:

  • 85% of U.S. couches tested contained toxic or untested flame retardant chemicals.
  • 39% of the couches contained the same cancer-causing chlorinated Tris removed from baby pajamas in 1977.
  • Consumers have no way of knowing whether flame retardants are in their furniture – 64% of couches without a California TB 117 label contained the chemicals.
  • Almost all couches (98%) with the TB 117 label contained the chemicals.

“Hard to believe, 35 years after our research contributed to removing chlorinated Tris from children’s sleepwear, our current study suggests that more than a third of American couches contain the same toxic flame retardant,” said Dr. Arlene Blum, co-author of the study, executive director of the Green Science Policy Institute, and a member of Healthy Child Healthy World’s Science Advisory Board. “And sadly enough, many Americans could now have increased cancer risks from the chlorinated Tris in their furniture.”

In addition to cancer, flame retardant chemicals are linked to serious health effects including lower IQ, reproductive disorders, and learning disabilities. The chemicals don’t stay locked in the couch foam; as the foam breaks down, chemicals are released in dust, which toddlers ingest or inhale as they crawl around on the floor, suck on their fingers or pick up toys covered with dust.

Lisa Turner, a concerned mother from Michigan, participated in the study. After learning that her couch tested positive for Firemaster 550, a flame retardant chemical, Turner said, “As a nursing mother, I have spent countless hours on my couch with my children. I shudder to think about what I unknowingly exposed them to, when they were most vulnerable. I shouldn’t need a Ph.D. in Chemistry in order to determine what products are safe for my family.”

What’s even worse than having dangerous toxic chemicals in the air and dust is that there is no data to show any fire safety benefit from using flame retardant chemicals. Indeed, the chemicals make the smoke from fires more toxic and deadly, posing an even greater hazard to firefighters or people trapped in a burning home.

Over a dozen states have passed legislation or have policies to reduce the use of toxic flame retardant chemicals pending. Most significantly, California is revising its fire safety standard, TB 117, which has become the de facto national standard and force for adding chemical flame retardants to foam. Last summer, Governor Jerry Brown decided to revise the regulation and “find better ways to meet fire safety standards without the use of dangerous chemicals.” Federally, the Safe Chemicals Act, which would overhaul the nation’s chemical law to protect health from toxic chemicals, awaits action in Congress.

In the meantime, we’ll have to wait for safer couches as there’s virtually no way to shop your way to a healthier couch. However, there are a few things you can do to reduce your family’s exposure to flame retardant chemicals in your home.

  • Consider buying products that contain polyester, down, wool or cotton (not polyurethane foam) which are less likely to contain harmful flame retardant chemicals. Examples of baby products include BabyBjorn baby carriers, Boppy nursing pillows, and Baby Luxe polyester- and cotton-filled pads and mattresses.
  • Vacuum often (with a HEPA filter) and wet-mop to reduce build-up of dust in your home.
  • Wash hands frequently, as hand-to-mouth contact with dust is the major pathway for exposure.

For more information, check out the Toxic Free Fire Safety website.

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