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Adding flame retardant chemicals to furniture does not improve fire safety

July 26, 2019

mother on couch with daughtersNew analysis calls into question effectiveness of fire safety regulations that lead to the use of hazardous chemicals in furniture.

When it comes to furniture fires, adding flame retardant chemicals to furniture does not protect consumers from the most deadly types of fires, according to a comprehensive analysis of fire data by Silent Spring Institute. The findings call into question fire safety regulations that compel manufacturers to add toxic flame retardants to furniture and suggests other non-toxic measures are more effective and could save more lives.

Exposure to flame retardants has been linked with a host of health problems including cancer, thyroid disease, decreased fertility, and lower IQ. Rather than staying put in products, the chemicals migrate out into air and dust, and ultimately into people’s bodies. ”Because regulations that lead to the use of these chemicals in furniture have health implications, we wanted to know if the existing fire data supports the need for these regulations,” says lead author Kathryn Rodgers, a staff scientist at Silent Spring.

She and her colleagues analyzed data from the Massachusetts Fire Incident Reporting System on more than 34,000 house fires in the state. The team focused on fires that were started by upholstered furniture catching fire. They then compared the number of injuries and deaths from two kinds of furniture fires—ones in which the furniture caught fire from a smoldering smoking product such as a cigarette, pipe, or cigar, and ones in which the source was an open flame, like a candle or a match.

Reporting July 18 in the American Journal of Public Health, the researchers found that between 2003 and 2016, overall furniture fires were rare, accounting for only 2.2% of all house fires. Yet, they were significantly deadlier than other kinds of fires. What’s more, among furniture fires, those caused by smoking products were the deadliest. According to the analysis, the odds of someone dying in a furniture fire caused by smoking was three times greater than in a furniture fire caused by an open flame.

The widespread use of flame retardants in furniture began in the mid-1970s, when an open flame standard called TB 117 was adopted in California. In order to meet this standard, manufacturers began adding high levels of flame retardant chemicals to the furniture’s interior foam. However, since the 1980s, the proportion of deaths from furniture fires caused by an open flame has not gone down in the U.S., says Rodgers. “In other words, adding flame retardants to furniture has not been effective at saving lives,” she says. “If we really want to protect consumers and reduce fire deaths, we should focus on scenarios involving smoldering cigarettes.”

Manufacturers can make furniture more resistant to smoking products without using toxic chemicals by modifying the design, says Rodgers. For instance, changing the fabric’s weave to reduce airflow is one way. Enacting smoking bans, installing smoke detectors responsive to smoldering fires, and the use of sprinkler systems are other ways of increasing fire safety.

Although standards based on open flame tests have recently been repealed or replaced with safer ones, independent standard-setting organizations continue to investigate open flame tests and some industry groups maintain the necessity of flame retardants in furniture. The researchers hope their new findings will inform the development of any future policies to ensure that they both support fire safety and protect public health.

Resources or References

Reference:

Rodgers, K.M., L.R. Swetschinski, R.E. Dodson, H.R. Alpert, J.M. Fleming, and R.A. Rudel. 2019. Health Toll from Open Flame and Cigarette-Started Fires on Flame-Retardant Furniture in Massachusetts, 2003–2016. American Journal of Public Health. DOI:10.2105/AJPH.2019.305157

Additional Resources:

“Victory! Federal panel takes action on class of flame retardants” (September 26, 2017)

“College students exposed to toxic flame retardants in dust from dormitory furnishings” (April 25, 2017)

Explore Silent Spring research on flame retardants: