Can You Still Buy Talcum Powder?

Talcum powder is still available for purchase in many countries, though the market looks very different than it did a decade ago. The most recognizable talc-based product in the world, Johnson & Johnson’s Baby Powder, was pulled from North American shelves in 2020 and then discontinued globally in 2023, replaced by a cornstarch formula. Other brands continue to sell talc-based body powders and cosmetics, but growing health concerns, massive litigation, and shifting regulations have reshaped what you’ll find on store shelves and how confidently you can use what’s there.

Why the Most Famous Talcum Powder Disappeared

Johnson & Johnson’s decision to stop selling its iconic talc-based Baby Powder came after years of lawsuits alleging the product was contaminated with asbestos and contributed to ovarian cancer and mesothelioma. The company faced tens of thousands of lawsuits and, in 2023, proposed a nearly $9 billion settlement to resolve the claims. The shift to a cornstarch-based formula was framed as a business decision rather than an admission of fault, but it effectively removed the world’s best-known talc product from the market.

That said, Johnson & Johnson was not the only company selling talcum powder, and it isn’t the only story here. Brands like Clubman, Gold Bond (which reformulated some products), and various cosmetic companies still offer talc-containing products. Talc remains a common ingredient in pressed powders, eyeshadows, blush, foundation, and some deodorants. If you specifically want loose talcum body powder, you can still find it, but you may need to look harder than you once did, and the selection is thinner.

The Asbestos Problem Baked Into the Geology

The health concerns around talcum powder are really two overlapping problems. The first is asbestos contamination. Talc is a mineral mined from rock, and depending on the geology of the deposit, it can form alongside asbestos fibers. Deposits created by contact or regional metamorphism consistently contain amphibole minerals, which can include asbestos-like fibers. Talc from these types of deposits has long posed contamination risks that trace back to how and where the mineral formed in the earth.

This is not a hypothetical concern. Research using transmission electron microscopy has detected asbestos fibers in commercial cosmetic talcum powder products, including fibers identified as tremolite and chrysotile, two well-known forms of asbestos.¹ The testing methods used to screen for contamination, including X-ray diffraction, polarized light microscopy, and electron microscopy, can detect tremolite at levels as low as about 0.1% by weight.² But even with these tools, detecting trace fibers is technically demanding, and different labs analyzing the same product can produce different results depending on the protocol used.³

A review of the talc industry’s history found that the industry and the FDA long asserted cosmetic talc had been asbestos-free since 1976, when a voluntary industry specification was introduced. However, more recent evidence has challenged that claim, suggesting cosmetic talc was not reliably asbestos-free even after the specification was adopted. The same review documented the industry’s influence over FDA regulatory proceedings, testing methods, and even the manipulation or non-disclosure of test results.⁴

Does Talcum Powder Cause Ovarian Cancer?

The second health concern is whether talcum powder applied to the genital area increases the risk of ovarian cancer. This question has produced decades of research, and the evidence is genuinely mixed in ways that make a clean yes-or-no answer difficult.

Retrospective case-control studies, where researchers compare the habits of people who developed ovarian cancer to those who didn’t, have consistently found a modest association. Summary estimates from meta-analyses put the increased risk at roughly 24% to 35% for women who used genital powder compared to those who never did. Prospective cohort studies, which follow large groups forward in time and are generally considered less prone to bias, were largely null for years. A more recent pooled analysis of four large cohorts did find a small but statistically significant association among women with intact reproductive tracts, with a hazard ratio of about 1.13.⁵

Critics of the association argue that the case-control results may be inflated by recall bias and low participation rates, and that the null findings from cohort studies undermine the case for causation.⁶ Supporters point to a plausible biological mechanism: particles the size of talc grains, placed in the vagina, have been shown to migrate upward through the reproductive tract to the ovaries, which is how talc has been found in ovarian tissue during surgery and autopsy.⁷

In 2024, the International Agency for Research on Cancer (IARC) upgraded its classification of talc used in the perinatal region from “possibly carcinogenic” to “probably carcinogenic to humans.” That reclassification moved talc into the same broad category as red meat and working night shifts, which gives a sense of the risk level being discussed: elevated, but not on the scale of cigarettes or asbestos itself. The reclassification reflected the accumulating weight of evidence rather than a single decisive study.

The Mesothelioma Connection

While the ovarian cancer debate gets the most public attention, the link between talcum powder and mesothelioma is in some ways more straightforward. Mesothelioma is a cancer of the lining of the lungs, abdomen, or heart, and it is almost exclusively caused by asbestos exposure. If a talcum powder product contains asbestos fibers, inhaling the powder during regular use creates a route of exposure.

A study identified 166 individuals diagnosed with mesothelioma between 2014 and 2021 who had documented exposure to cosmetic talc. Of those, 122 had no other known source of asbestos exposure. The average length of talcum powder use was about 41 years, and the average time between first exposure and cancer diagnosis was over 50 years.⁸ A separate case series of 75 patients with mesothelioma following repeated cosmetic talc exposure reached a similar conclusion: cosmetic talc may be a cause of malignant mesothelioma.⁹

The extremely long latency period is a key reason this link took decades to recognize. Someone who used talcum powder routinely in the 1970s and 1980s might not develop mesothelioma until the 2020s or 2030s. That lag makes it harder to trace cause and effect, and it means new cases from historical exposure may continue appearing for years to come.

What the FDA Has and Hasn’t Done

The FDA’s authority over cosmetic talc has been limited and, by many accounts, slow to act. Cosmetics in the United States historically received far less pre-market scrutiny than drugs or food additives. The agency did not require companies to prove their talc was asbestos-free before selling it; instead, the industry adopted a voluntary standard in 1976, which the FDA accepted as adequate for decades.⁴

In 2022, the Modernization of Cosmetics Regulation Act (MoCRA) gave the FDA broader authority over cosmetics for the first time in decades, including the power to mandate recalls and require manufacturers to register their products and ingredients. In 2024, the FDA proposed a rule that would effectively ban asbestos as a contaminant in talc-containing cosmetic products. As of early 2025, that rule had not been finalized. The regulatory picture in the European Union is somewhat different; EU cosmetics regulation already established safety assessment frameworks for powder products, though talc itself is not banned there either.¹⁰ Canada banned talc from cosmetics applied near the genitals in 2024.

The practical result is a patchwork. In most markets, talcum powder remains legal to sell. The question of whether what you’re buying is safe depends on the source of the talc, the rigor of the testing, and the regulatory environment of the country you’re in. No major jurisdiction has outright banned all talc in cosmetics, but the direction of travel is clearly toward tighter controls.

What People Use Instead

The most common alternative to talcum powder is cornstarch-based body powder. Cornstarch absorbs moisture and reduces skin friction in much the same way talc does, and research from dermatology has shown that both cornstarch and talc powders minimize experimentally induced frictional skin injury without promoting yeast growth on human skin.¹¹ That second point matters because a persistent concern about cornstarch was that it might feed Candida yeast and make diaper rash worse. The evidence doesn’t support that worry.

Other alternatives include:

• Arrowroot powder: A starch-based option with similar moisture-absorbing properties, popular in natural and organic body powders.
• Kaolin clay: A fine white clay used in some cosmetic powders. It absorbs oil well and is common in face powders and dry shampoos.
• Tapioca starch: Another plant-based starch, often blended with other powders in commercial products.
• Baking soda: Sometimes used in DIY body powders, though it can irritate sensitive skin and alter skin pH.

For cosmetics like pressed powders, blush, and eyeshadow, some brands have reformulated to replace talc with synthetic alternatives like boron nitride or mica. These substitutions don’t always perform identically. Talc has a uniquely silky feel and excellent oil absorption that cosmetic chemists value, and some makeup users find talc-free formulas less smooth or less long-lasting. Still, the range of talc-free cosmetics has expanded rapidly as consumer demand has shifted.

Occupational Exposure Is a Different Story

Consumer use of talcum powder, even daily, involves far less exposure than what workers in talc mines and processing plants experience. Occupational health research has documented real and measurable harm from workplace talc exposure, particularly when the talc contains asbestos fibers. A study of 121 male talc miners and millers exposed to talc containing tremolite and anthophyllite asbestiform fibers found significantly decreased lung function compared to potash miners, along with higher rates of pleural thickening and pneumoconiosis among those who worked 15 or more years.¹²

Pulmonary talcosis, a condition where talc particles accumulate in the lungs and trigger granulomatous inflammation, is recognized as an occupational lung disease. It’s rare even among workers, and its development depends on the duration and intensity of exposure.¹³ Consumer use does not typically reach the exposure levels associated with talcosis, but the occupational evidence is part of the foundation for concerns about long-term inhalation of any talc, even at lower levels.

Talc Beyond the Bathroom

The conversation about talcum powder tends to focus on baby powder and cosmetics, but talc is used across a remarkable range of industries. It serves as a filler in paper manufacturing, a lubricant in the production of rubber and plastics, and a key ingredient in ceramics. In pharmaceutical manufacturing, talc functions as an excipient, meaning it helps bind tablets, acts as a coating agent, and serves as a lubricant during the pressing of pills.¹⁴ The pharmaceutical-grade talc used in medications is subject to its own purity standards, which are separate from cosmetic-grade requirements.

Industrial talc, used in paint, plastics, and roofing materials, faces less scrutiny around asbestos because the exposure route is different. Workers handling it are covered by occupational safety regulations, and the end consumer typically doesn’t inhale the finished product. But the geology is the same: whether talc ends up in a baby powder bottle or a bucket of industrial coating, its potential to carry asbestos depends on the deposit it came from, not what it’s being used for.

A Risk Specific to Babies

Beyond the cancer and asbestos concerns, there is a more immediate danger that applies specifically to infants. Loose body powders of any kind, whether talc-based or cornstarch-based, pose an aspiration hazard to babies. The fine particles can be accidentally inhaled during diaper changes, particularly if powder is shaken directly from a container near an infant’s face. Case reports have documented infant deaths following accidental inhalation of baby powder, with the fine particles causing acute respiratory distress.¹⁵

The American Academy of Pediatrics has recommended against using any loose powder on babies for this reason. The aspiration hazard exists regardless of whether the powder contains talc, cornstarch, or any other fine particulate. If you’re caring for an infant and want to manage moisture or friction in the diaper area, pediatric guidelines favor barrier creams and ointments rather than powders of any type. This is a separate safety issue from the cancer risk, but it’s one reason baby powder in particular has fallen out of favor even among people who aren’t following the talc litigation.

How to Think About Buying Talc Products Today

If you’re shopping now, the practical landscape looks like this: talc-based cosmetics and body powders are still sold in the United States, Europe, and most other markets. Major retailers stock them, and many popular makeup brands still use talc in pressed powders and other color cosmetics. What has changed is that the biggest, most visible talc-based baby powder is gone, consumer awareness of the risks is much higher than it was even five years ago, and talc-free alternatives are far easier to find than they once were.

For genital use specifically, the evidence tilts toward choosing something else. Even if you consider the ovarian cancer association modest and partly explained by bias, there’s no corresponding benefit that makes talc meaningfully better than cornstarch or arrowroot for that purpose. The risk-benefit calculation is simple: alternatives work about as well, and they don’t carry the same uncertainty. For other uses, like foot powder or cosmetics applied to the face, the concern shifts to whether the product’s talc contains asbestos, which is harder for a consumer to verify independently. Reputable brands test their talc supply and maintain certificates of analysis, but the history of this industry makes trust-but-verify a reasonable posture.

Products labeled “pharmaceutical grade” or “USP grade” talc are held to stricter purity specifications, including limits on heavy metals and requirements around particle characterization. Whether those specifications adequately screen for asbestos depends on the testing methods used and how rigorously they’re applied. The FDA’s proposed rule, if finalized, would establish a mandatory standard rather than relying on voluntary compliance, which would be the most significant regulatory shift in decades.