BPA is commonly found in plastics, including food utensils and some toilet paper made from recycled materials. It can leach into food and beverages, disrupting endocrine function by mimicking hormones such as estrogen. Long-term exposure has been linked to reproductive issues, cardiovascular diseases, and increased risk of cancers.

PFAS, or "forever chemicals," are used for their water and stain-resistant properties in various products, including some food packaging. They may also contaminate recycled paper products like toilet paper. PFAS exposure is associated with liver damage, immune dysfunction, and increased cancer risk, as these chemicals accumulate in the body over time.

Used to increase plastic flexibility, phthalates can be found in food packaging, plastic utensils, and some paper products. These chemicals are known endocrine disruptors, impacting hormonal balance and fertility. Phthalate exposure is also linked to developmental issues in children, respiratory problems, and increased risk of metabolic disorders like obesity.

Parabens, used as preservatives in personal care products, can also be present in recycled toilet paper. They mimic estrogen and may disrupt hormone function, potentially leading to reproductive issues and breast cancer. While considered low-risk in small amounts, frequent exposure from multiple sources increases cumulative health effects.

This antimicrobial agent is sometimes found in paper products, including toilet paper, and plastic items like utensils. It can disrupt thyroid function and contribute to antibiotic resistance. Triclosan exposure is also linked to skin irritation and may affect hormone levels, posing a risk for long-term health complications.

Dioxins are byproducts of the chlorine bleaching process used in paper production, potentially contaminating toilet paper. These highly toxic chemicals accumulate in fatty tissues and can disrupt reproductive and immune systems. Long-term exposure is associated with increased cancer risk and developmental problems in children.

Although banned, PCBs still persist in the environment and can contaminate recycled materials used in paper products. Exposure can lead to neurological issues, liver damage, and increased cancer risk. PCBs bioaccumulate, meaning even low levels of exposure can pose significant long-term health risks.