~ For You and Your Baby’s Future, For the Peace of Mind of Your Entire Family ~
Chemical-Free Oral Care Powered by Japanese Space Technology
The scientific debate remains polarized, with further research eagerly awaited by those planning families, pregnant individuals, and parents concerned for their children’s future. In the U.S., media coverage and search trends reflect growing interest, with parents increasingly seeking fluoride-free oral care products for their children.
In response to parents’ desire to protect their precious children and ensure their future well-being, the ORALPEACE Project has developed “ORALPEACE Baby Children’s Tooth Gel,” a chemical- and fluoride-free product. Starting with a launch in the U.S., where the fluoride-free trend is accelerating, we plan to expand to Europe, Latin America, Asia, and Arab countries.
This product offers peace of mind to parents and grandparents worldwide who value their children’s intellectual development, academic success, study abroad opportunities, and future achievements.
As an oral care product used daily in young children’s mouths, it prioritizes safe, trustworthy ingredients.
For parents globally who share the belief that cavity prevention should avoid chemical substances potentially risky to developing fetuses and infants, relying instead on dietary guidance, thorough brushing, and safe oral care products, we deliver a meticulously crafted, Made-in-Japan ORALPEACE. Developed through 30 years of dedicated research in lactic acid bacteria peptide biotechnology, it controls bacteria with bacteria.
Through 21st-century green technology, we offer new choices to parents worldwide, contributing to humanity as an innovative, chemical-free oral care brand from Japan.
FOR WHO？
PRODUCT FEATURES
Product Line up
Innovation of ORALPEACE
“ORALPEACE Baby Children’s Tooth Gel” incorporates the patented “Neonisin-e” formulation, developed through collaboration with Kyushu University, Kagoshima University, and Japan’s National Center for Geriatrics and Gerontology. It effectively targets cavity- and odor-causing bacteria while being made from 100% plant-derived, food-grade ingredients safe for swallowing. Clinical trials confirm its ability to reduce cavity-causing bacteria, with findings presented in numerous academic papers and conferences (https://oralpeace.com/en/library).
Free of fluoride, synthetic preservatives, artificial colors, sweeteners, fragrances, alcohol (ethanol), soaps, synthetic surfactants, or abrasives that may cause sensitivity, it is an eco-friendly product that biodegrades in the environment. Adopted for use in space, it ensures high safety and proven performance, safeguarding the delicate oral environment and healthy growth of babies and children.
Made solely from plant-derived ingredients without chemicals, it is gentle on taste-sensitive infants, offering a natural, fruity flavor children love. The absence of foaming agents and abrasives allows for slow, careful brushing, improving visibility during parental finishing touches and reducing missed spots. It transforms daily brushing from a struggle into joyful parent-child bonding time.
Baby Tooth Brushing Guide: https://oralpeace.com/en/baby
ORALPEACE Baby Children’s Tooth Gel
All ingredients
Glycerin (Wetting and sweetening agents, derived from palm palm), water, Lactococcus lactis culture extract (cleaning agent), xanthan gum(thickener, derived from corn), Plum fruit extract (cleaning aid), Caesalpinia spinosa gum (thickener, derived from legumes), orange oil (flavoring agent), lemon peel oil (flavoring agent), Yuzu peel oil (flavoring agent), yellownia officinalis oil (flavoring agent), damask rose flower oil (flavoring agent)
The following ingredients are not used
ORALPEACE do not contain the following ingredients:
×Ingredients that are not approved for food that can be taken into the mouth
×Alcohol (ethanol, cause of dry mouth/avoidable for infants)
×Petroleum-derived ingredients
×Chemical substances
×Forever Chemical (PFAS)
×Cyanide(potassium cyanide, etc., poisonous substance, substance not permitted for food, substance prohibited from being released into the environment in ppm units)
×Potassium thiocyanate(Thyroid side effects, hazardous substance, substance prohibited from being mixed into food or released into the environment in ppm units, regulated by the U.S. Environmental Protection Agency in 2011, regulated by the European Union in 2014, and regulated by the Japan Ministry of Health, Labor and Welfare for hypothyroidism in 2021, the Japan Ministry of the Environment will classify it as an endocrine organ disruptor and prepare for regulations.)
×Hydrogen peroxide(deleterious substance, residual unlicensed substance in food, prohibited in Japanese toothpaste products in ppm units)×Enzymes such as lactoperoxidase and glucose oxidase that cause a chemical reaction with hydrogen peroxide and thiocyanate in the oral cavity to generate cyanide and sterilize E. coli(Thyroid side effects, Japan Ministry of Health, Labor and Welfare and Ministry of the Environment impact risk)
×Potassium iodide (Iodine, disinfectant, risk of side effects such as iodine poisoning and thyroid dysfunction)
×Formaldehyde (poisonous substance, bactericidal agent, there are cases where it is added to imported products in ppm units for antibacterial purposes due to carryover of preservatives from raw materials)
×Synthetic fungicides that disrupt the intestinal flora, which is the source of immunity, and are toxic in nature when released into the environment
×Synthetic disinfectants such as cetylpyridinium chloride (also known as cetylpyridinium chloride, CPC), benzethonium chloride, benzalkonium chloride, chlorhexidine gluconate, IPMP (isopropylmethylphenol), triclosan, methyl salicylate, lauroylsarcosine salt (LSS), etc.
×Chlorine, chlorine dioxide (CIO2), sodium chlorite, sodium hypochlorite, chlorine gas, etc. (deleterious substances, dangerous substances, bleach, pool disinfectants)
×Na hydroxide/K hydroxide (deleterious substance, caustic soda/potassium, strong alkali, biohazardous, corneal damage observed with 2% solution, prohibited substance remaining in food)
× Strong alkaline electrolyzed water (although it is water, it is strongly alkaline and there is a risk of damaging the oral cavity and visceral mucosa and diluting stomach acid if swallowed accidentally, so it is not used for oral care in medical care settings)
×Water-soluble synthetic polymers such as carbomer, sodium polyacrylate, and hydroxyethyl cellulose (liquid microplastics, may impede skin breathing, and are difficult to decompose in the environment as nanoplastics, posing risks to seafood and the body)
×Fluoride (European Union suggests an impact on children’s IQ and reproductive function; in the United States, the safe exposure limit for fluoride is 0.12 mg/kg body weight/day)
×Titanium dioxide, TI dioxide, titanium oxide, TI oxide (coloring agent, bleach, suspected of carcinogenicity, French government has banned its inclusion in food from 2020)
×Phosphorus (phosphates such as polyphosphoric acid, metaphosphoric acid, pyrophosphoric acid, bleach)
×Aspartame (artificial sweetener, WHO suggested it may be carcinogenic in 2023)
×Artificial sweeteners such as sorbitol, sucralose, maltitol, erythritol, and saccharin sodium (effects on intestinal bacteria, etc.)
×Xylitol (effect on intestinal bacteria)
×Paraben (paraoxybenzoic acid ester, methylparaben, butylparaben)
×Phenoxyethanol (synthetic preservative, substance not permitted for food)
×Sodium benzoate (synthetic preservative)
×Sorbic acid potassium (synthetic preservative)
×Pentylene glycol (synthetic preservative)
×Glycine (preservative/food additive chemically synthesized from formaldehyde and hydrogen cyanide)
×Poly-ε-lysine (polylysine, an antibiotic analog produced by fungi-like actinomycetes, preservative and food additive)
×Synthetic surfactants and foaming agents such as sodium lauryl sulfate, lauryl glucoside, cocamidopropyl betaine, and sodium cocoyl glutamate that pose risks of swallowing and environmental pollution.
×Soap base, soap such as coconut oil fatty acid K, olive fatty acid K, etc., foaming agent
×Abrasives (stones, microplastic beads, mud, salt, etc.) that can be swallowed, accumulate in the gums, or abrade too much enamel and risk hypersensitivity.
×Calcium carbonate (Ca carbonate, large-particle abrasive, limestone powder, powder for drawing white lines on playgrounds, raw material for chalk), zeolite (zeolite), sodium bicarbonate (baking soda), coral powder, shells, Abrasives (compound, stone powder, etc.) such as mud (clay, montmorinite), charcoal, microbeads (plastic), etc.
×Large amounts of hydroxyapatite (risk of absorbing and sterilizing microorganisms in septic tanks and sewage treatment plants when discharged into the environment; risk of environmental pollution when discharged into the natural world)
×Strong synthetic fragrances and chemical fragrances that can disguise signs of illness such as bad breath (treatment of the affected area is necessary for health)
×Chemical substances whose names are hidden and only written as “fragrances” and “preservatives” (medicinal and quasi-drugs are not required to list all ingredients, and display names and INCI names can be hidden)
×Synthetic fragrances and flavors such as grape and cola made from chemicals
×Solubilizers such as PEG (polyethylene glycol) and propanediol
×BG (butylene glycol) ×PG (propylene glycol)
×EDTA-2Na × etidronic acid × phytic acid × nanoparticles
×Synthetic colorants made from petroleum tar raw materials such as Blue No. 1 and Yellow No. 2
×Metals such as copper and silver, heavy metals, heavy metals
×Poisonous components of animals and plants (natural poisons) × Aconite (alkaloids)
×Essential oils and resins with distilled and concentrated plant toxicity ×Tea tree essential oil
×Hinokitiol (teratogenic risk, avoid for pregnant women and girls)
×Pine tar × Japanese cedar resin × Mastic resin × Eucalyptus essential oil × Wintergreen essential oil × St. John’s wort essential oil
×Yucca Schidigera extract (complex mixture of compounds, 2021 EU/European Food Safety Authority has determined that the effects of triterpenoid saponin and steroid saponin mixture (thyrotoxicity and male reproductive toxicity), serious skin and eye (suggests irritation and effects on aquatic organisms)
×Indigestible dextrin × Catechin × Tea leaves × Caffeine × Salt/Sea salt
×Insects, larvae, caterpillars, insect eggs, insect-derived raw materials × Honey, propolis × Saliva × Body fluids × Feces
×Animal-derived materials that sacrifice the tiny lives of other animals, such as bird eggs and animal placentas
×Animal-derived lactic acid bacteria (lactic acid bacteria derived from human/animal feces, intestinal tract, oral bacteria, dental plaque, etc. are not used)
×Lactic acid bacteria itself (no combination of live bacteria or dead bacteria, no evidence data on the immediate effect of lactic acid bacteria itself on oral bacteria)
×Limited natural biological raw materials such as corals in the marine environment
×Chemical substances that are toxic to the natural environment and biological ecosystems in the rivers and soil where they are discharged, and that indirectly affect human health from edible seafood and agricultural products.
×Chemical substances that the World Health Organization is considering regulating in the future due to their negative effects on the human body and the environment
*When purchasing products for the mouth of children, family members, or patients, please be sure to check the “all ingredients” (all ingredients contained in each product) of each product before making your selection. We recommend it.
*Also, some Internet search services are capable of various information manipulations such as SEO to prevent consumers from knowing the truth, so the same content can be used on new AI question answering services, etc. We encourage you to investigate the truth for yourself.
