FSSAI reissued its newspaper food-wrapping ban on June 6, 2026, citing lead and cadmium in printing ink that leaches into hot, oily food, plus microbial risks from repeated handling.
FSSAI's West Region office reissued its standing ban on newspaper food packaging on June 6, 2026, after enforcement action against a Mumbai vada pav vendor, warning that printing ink contains heavy metals including lead, chromium, and cadmium that migrate directly into food.
The Food Safety and Standards Authority of India (FSSAI) is the statutory body under the Ministry of Health and Family Welfare that sets packaging and food-contact material standards for India. Its June 6 advisory on X (formerly Twitter) stated that wrapping fried food in newspapers "carries serious health risks" and named lead as a specific contaminant. The directive applies to street vendors, hawkers, restaurants, and cloud kitchens across India. The timing follows a visible enforcement action in Mumbai, where a popular vada pav stall was found using newsprint as a food wrapper, a practice that remains widespread at roadside stalls selling samosas, pakoras, and bhajias.
What the science says about newspaper ink and food
Newspaper printing ink is a mixture of solvents, pigments, binders, and additives. According to Dr Disha Bhatia, Consultant and Hospital Infection Control Officer in Microbiology at Aakash Healthcare, the ink formulation typically includes heavy metals such as lead, chromium, and cadmium, along with phthalates, mineral oils, and synthetic dyes.
The problem is not passive contact. When hot or oily food sits on newsprint, heat and lipids act as solvents that pull chemicals out of the ink and into the food. This process is called chemical migration, and it accelerates with temperature. A samosa fresh off the oil, a vada pav just pressed, or a serving of poha still steaming are all high-risk scenarios because the food surface is both hot and fatty.
Chronic ingestion of lead and cadmium is not a minor concern. Dr Bhatia notes that long-term exposure to these metals can affect the nervous system and kidney function, and is particularly harmful to children, in whom even low-level lead exposure is associated with cognitive impairment. Several solvents and dyes in printing inks are also classified as potential carcinogens or endocrine disruptors, meaning they can interfere with hormone signalling at low doses over time.
FSSAI has not published a specific threshold study quantifying how much lead migrates from Indian newsprint into food under typical street-food conditions. That data gap matters: the risk is chemically plausible and well-supported by migration science, but the precise dose from a single serving of newspaper-wrapped chaat is not publicly established.
The microbial side of the problem
Chemical contamination is only part of the risk. A newspaper travels from a printing press to a distribution agent to a vendor's stall, passing through multiple hands and environments along the way. Dr Bhatia points out that this transit chain creates ample opportunity for surface contamination.
Bacteria including Escherichia coli, Staphylococcus aureus, and Salmonella can transfer from contaminated hands or surfaces onto paper. Viruses including Norovirus and Hepatitis A can persist on paper surfaces for significant periods. When warm food is wrapped in contaminated newsprint, the moisture and heat create conditions that can support microbial transfer onto the food surface.
One detail worth noting: recycled paper can carry higher chemical risk than standard newsprint. Dr Bhatia cautions that recycled paper may contain residues from previous inks and chemical treatments used during the recycling process, making it potentially more hazardous than ordinary newsprint, not less.
What vendors and buyers should do
FSSAI's directive is not new. The authority has issued similar warnings in previous years, yet newspaper wrapping persists because it is cheap, immediately available, and deeply habitual at Indian street stalls. The June 2026 enforcement action in Mumbai signals that the regulator is moving from advisories to on-ground action, at least in the West Region.
For food vendors, the compliant alternatives are straightforward. Food-grade butter paper is grease-resistant and chemically inert, making it suitable for fried snacks. Banana leaves and sal-leaf plates are traditional, biodegradable, and carry no ink contamination risk. Bagasse containers made from sugarcane fibre are compostable and increasingly available from packaging suppliers. Food-grade paper and cardboard containers certified for food contact carry a specific food-safe designation and are the safest paper-based option.
For consumers buying street food, the practical step is to ask vendors to use butter paper or a leaf plate instead of newspaper. If food arrives wrapped in newsprint, transferring it to a plate before eating reduces contact time, though it does not eliminate any contamination that has already occurred during wrapping.
For home cooks, the risk is lower because newspaper wrapping is less common in domestic kitchens, but the same logic applies to any printed paper used near food. Printed paper bags, recycled newspaper used to drain fried food, or old newspaper spread under a cutting board all carry some ink-contact risk if the food is hot or oily.
FSSAI has not yet released a full updated schedule of approved food-contact materials under this advisory, so vendors seeking certified alternatives should check the FSSAI Food Business Operator portal for current packaging compliance guidance.