Packaging

Marvis packaging is built around its signature tube, which is designed to look like vintage aluminum but is in fact matte coated plastic laminate (carrying the C/LDPE 90 code). Because it fuses plastic with a thin barrier layer, the tube is not widely recyclable in standard household streams, and the brand does not disclose any post-consumer recycled content in it. The other components fare better: the outer carton is recyclable paperboard (C PAP 81), the cap is recyclable polypropylene (PP 5), and the inner seal is aluminum (C/ALU 90). There is no refill, return, or take-back option, no compostable element, and no third party packaging certification. 

Ingredient Sustainability

By volume, Marvis toothpastes are built on water, glycerin, mineral abrasives (calcium carbonate and aluminum hydroxide), hydrated silica, a synthetic surfactant (sodium lauryl sulfate), and a flavor blend listed only as “Aroma.”

The plant-based components appear lower on the ingredient lists, in smaller amounts: peppermint oil, sweet orange peel oil, clove oil, and, in the Amarelli edition, licorice root. On this front there is good news. The plant-based ingredients Marvis chooses are among the lower impact options available. Peppermint is fast growing and needs little input, and citrus peel oil is a byproduct of the juice and fruit industries, so using it helps divert waste. Just as importantly, we did not find the ingredients that most often raise sustainability red flags in personal care. There are no overharvested resins or woods such as frankincense, sandalwood, or palo santo, no water intensive florals such as rose or geranium, and no species under recognized wild harvesting pressure.

Sodium lauryl sulfate and the glycerin base are commonly derived from palm or palm kernel oil, and Marvis provides no RSPO certification or sourcing information to demonstrate these are free from deforestation. The flavor of every Marvis toothpaste, which is the brand's entire identity, rests on an undisclosed “Aroma” blend developed with outside fragrance houses; aroma chemicals are frequently petrochemical derived, and nothing is published about how they are sourced.

Energy Use and Carbon Footprint

Marvis toothpaste is produced entirely in Italy, at Ludovico Martelli's sites in Fiesole and Genoa. Keeping manufacturing within one country shortens the supply distance for the European market compared with brands that produce in Asia, and Italy's electricity grid carries a meaningful share of renewable power. Beyond this, however, neither Marvis nor its parent company publishes greenhouse gas data, emissions reduction targets, renewable energy commitments, or any carbon offsetting verified by a third party. The brand distributes globally and is popular in the United States, China, and Japan, with no information available on its freight methods.

Waste Management

Marvis offers no refill, buyback, or take-back program, and no upcycled ingredients or multi-purpose products that would reduce how much a customer needs to buy. The outer carton is recyclable, but the primary tube is not widely recyclable at end of life. The brand also markets its tubes as collectible display objects and sells dedicated holders and trays, which encourages customers to acquire and keep more tubes rather than fewer. We found no published waste reduction targets or circular economy initiatives.

Business Model

Toothpaste is a true daily-use consumable, and Marvis's core range of roughly seven flavors has stayed stable for years, which is a slow-consumption strength. The brand positions itself on quality and longevity rather than disposability. At the same time, Marvis leans heavily into collectibility. It releases limited edition flavors on a regular basis, designs its tubes as decorative bathroom accessories, and sells display holders, all of which nudge shoppers toward owning multiple tubes and chasing new releases rather than buying only what they need. There is no buy-less or mindful-consumption messaging, and no refill option to extend a product's life.