MHL Directory · Toothpaste
Independent research into the toothpaste people actually buy — active system, abrasives, foaming agents, sweeteners and flavor, packaging, and what is still unknown. No sponsorships, no paid placement.
Filters this category only · 8 records
Trade-offs disclosed on each record
What MHL looks at in toothpaste
Fluoride / hydroxyapatite
Fluoride, hydroxyapatite, or neither
Fluoride-free is a label fact, not a health verdict. MHL evaluates fluoride and fluoride-free products on their own merits, and gives extra weight to formulas that publish a hydroxyapatite percentage.
Learn moreAct I · Browse products
Fluoride-free paste · aluminum tube
An American-made premium toothpaste in a recyclable aluminum tube, built around a short, plain-language ingredient list and peppermint essential oil.
Fluoride-free clay paste · glass jar
A bentonite-clay-based mineral toothpaste packaged in glass, built from organic botanicals and zero synthetic actives.
Fluoride-free mineral paste · glass jar
A COSMOS Natural certified mineral toothpaste in a refillable glass jar — non-foaming, SLS-free, and glycerin-free.
Fluoride-free gel · plastic-laminate tube
A NATRUE-certified plant-based gel from a century-old European brand, built around silica and essential oils.
Fluoride-free paste · plastic-laminate tube
A fluoride-free toothpaste from a regenerative-organic-certified, B Corp company built around fair trade organic ingredients.
Hydroxyapatite paste · plastic tube
A hydroxyapatite-based whitening toothpaste built around enamel remineralization rather than abrasive bleaching.
Fluoride-free sensitive paste · glass jar
A German-made toothpaste built around chamomile, aloe vera, and sea buckthorn — designed for sensitive teeth and gums. MHL's own sources disagree on packaging and active-ingredient claims for this record.
Fluoride-free paste · plastic tube
A Canadian-made family toothpaste built around natural, fluoride-free ingredients at an accessible everyday price.
MHL does not assign a universal score, safety grade, or ranking. Each card shows only the evidence states present in that product’s record. “Unknown” means MHL has no documentation either way — not that a problem exists. “Conflicting” means MHL’s sources disagree and the record shows both.
Act II · Understand the category
Seven short chapters on active systems, abrasives, foaming agents, sweeteners and flavor, packaging, and how MHL investigates — the research beneath every card above.
Understand toothpasteUnderstand the category
01
Deceptively simple
Walking down the toothpaste aisle can feel deceptively simple. Most tubes promise healthier teeth, fresher breath, and stronger enamel. Yet many formulas still rely on synthetic detergents, artificial flavors, unnecessary preservatives, or vague ingredient disclosures.
The difference between a thoughtful natural toothpaste and a conventional one is rarely the marketing — it's the back of the box. Rather than recommending what is most popular, MHL researched ingredient transparency, company philosophy, packaging, certifications, manufacturing practices, and long-term trustworthiness. Only a very small number earned a place in this directory.
02
Fluoride, hydroxyapatite, or neither
Fluoride is the most studied ingredient in modern dentistry, used to support enamel hardness and reduce decay. Some consumers prefer to avoid it for personal, dietary, or health reasons. MHL evaluates every toothpaste on its own merits rather than treating fluoride as automatically good or automatically suspect — both fluoride and fluoride-free products can meet the editorial standard when paired with a thoughtful overall routine.
Hydroxyapatite is the same mineral your enamel is made of, increasingly used in modern toothpaste formulations as a remineralization support, and used clinically in Japan since the 1970s. MHL gives particular weight to products that publish their hydroxyapatite percentage and explain the clinical context behind their formulation choices.
None of the products in this directory contain added fluoride. Where a product's own ingredient list and MHL's review summary disagree about whether hydroxyapatite is present, the record shows the conflict rather than guessing.
Fluoride
Not used by any product in this directory, but not treated as a negative — MHL's fluoride-toothpaste research lives in a separate guide.
Hydroxyapatite
The same mineral your enamel is made of. Effective concentrations are typically 5–15%; the strongest records publish the percentage.
Hydroxyapatite ExplainedNeither
Several products here are fluoride-free without a hydroxyapatite active, relying instead on mineral abrasives, xylitol, and a disclosed botanical flavor system.
Active system, product by product
The same question asked of every record above: fluoride, hydroxyapatite, or neither — and who confirmed it?
03
What actually cleans
Abrasives are what physically polish the tooth surface. Gentler mineral abrasives — calcium carbonate, hydrated silica, kaolin clay, bentonite clay — clean effectively without the enamel wear associated with harsher whitening compounds. A toothpaste's abrasivity matters more than its foaming.
SLS (sodium lauryl sulfate) is the synthetic detergent responsible for the heavy foam in conventional toothpaste. Foaming is a sensory expectation, not a cleaning requirement. SLS is associated with mouth-tissue irritation in sensitive users, and every product in this directory is formulated without it.
Natural abrasives
Calcium carbonate, hydrated silica, kaolin clay, and bentonite clay appear across this directory as gentler alternatives to aggressive whitening compounds.
Toothpaste Abrasives ExplainedSLS-free foaming
Coconut-derived surfactants or no added surfactant at all — every approved and conditional record here omits SLS.
SLS in ToothpasteAbrasives, product by product
04
What's on the label, in plain language
Xylitol is a plant-derived sweetener studied for its ability to support a less cariogenic oral environment — sweetness without feeding the bacteria associated with decay. It appears in nearly every product in this directory for good reason.
Essential oils provide botanical flavor and replace the proprietary 'flavor' systems used in conventional toothpaste. Named botanicals are a meaningful sign of formulation transparency; 'flavor' listed without specifics is one of the least transparent ingredient labels in personal care. Every product here names its flavor botanicals — these are label disclosures, not third-party-tested claims.
Sweeteners and flavor, product by product
05
Part of the product
Toothpaste packaging spans recyclable aluminum, refillable glass jars, and the plastic laminate tubes that dominate the category. Packaging is part of every recommendation — a great formula in a plastic laminate tube is held to a different standard than the same formula in glass.
One record in this directory carries a genuine internal conflict: the product's badges and ingredient sourcing describe a refillable glass jar, while a separate MHL review summary describes an aluminum tube. Rather than picking one, the record shows both.
Aluminum tube
Mono-material and one of the most widely recycled packaging formats in the world.
Glass jar
Inert, endlessly recyclable, and pairs well with mineral-based paste and powder formulations.
Plastic-laminate tube
Dominates the aisle and remains notoriously difficult to recycle at curbside.
Packaging, product by product
Where MHL's sources agree the record says so. Where they disagree, it says that instead.
06
Claims versus audits
MHL distinguishes a manufacturer statement such as 'PFAS-free' from an actual finished-product test result. At the time of writing, no toothpaste in this directory has a finished-product PFAS test on file with MHL. Every card therefore shows PFAS evidence as Unknown — that does not mean PFAS is present, only that the evidence has not been produced.
A certification is only as useful as the body behind it. This directory separates independent, re-audited certifications — COSMOS Natural, NATRUE, USDA Organic, Fair Trade, Certified B Corporation, Leaping Bunny — from unverified manufacturer claims like 'cruelty-free' or 'vegan' stated without a named certifying body, and shows 'none on file' when that is the honest state of the record.
Certifications, product by product
07
The same framework, every time
Every toothpaste in this directory is evaluated against the same eight-part framework MHL applies across Water, Cookware, Skincare, Laundry, and Deodorants: ingredient transparency, formulation quality, manufacturing philosophy, company integrity, packaging, independent certifications, long-term trust, and editorial independence.
Most of the toothpastes evaluated and ultimately set aside shared one or more of the same patterns: synthetic detergents in place of gentle cleansers, artificial flavor systems hiding behind a single 'flavor' entry, opaque corporate ownership, synthetic preservatives with unclear purpose, plastic-heavy packaging without a credible recycling path, and marketing that implied more than the formula could support.
Editorial note
Most of the toothpastes evaluated and ultimately set aside shared one or more of the same patterns: synthetic detergents in place of gentle cleansers, artificial flavor systems hiding behind a single 'flavor' entry, opaque corporate ownership, synthetic preservatives with unclear purpose, plastic-heavy packaging without a credible recycling path, and marketing that implied more than the formula could support.
Our intent here is education, not criticism. Companies and formulations change, and our standards may evolve with them. A product not appearing in this directory today does not mean it cannot earn a place tomorrow.
What we ask of every toothpaste is the same: tell us what is in the tube, tell us what is not, and stand behind both for the long term.
Related reading
Buying guides
Science & materials
Practical oral care
Materials Library
Each material below has a canonical page in our shared library. Open it once, keep it as your reference across every category where the material appears.
Glass
Mineral
Glass is the most inert food-contact material in most kitchens. It does not leach, does not react with food, and — in the right formulation — handles baking and freezing without concern.
Read →
Aluminum
Metal
Aluminum is one of the most common cookware metals — cheap, light, and excellent at conducting heat. It is safest when anodized or clad, and more debated when bare and worn.
Read →
Phthalates
Chemical
Phthalates are a family of chemicals that make plastics soft and flexible and carry fragrance in personal care products. Several are recognised endocrine disruptors and are restricted in children's products worldwide.
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Common questions
