Products & Brands Using Montmorillonite
Identifiers
Functions
Hazards
How broadly is Montmorillonite used across tracked brands and products?
Brands
30
Across 20 product types
Products
130
Includes function: Abrasive
Product Types
20
Distinct formulation categories
Functions
10
Known functional-use labels
What does product breadth indicate about the commercial maturity of Montmorillonite?
The product breadth indicates a mature commercial ingredient. With 130 products spanning 20 categories and 30 brands, montmorillonite has been used consistently from 1986 to 2019, with notable peaks in 2013 and 2019. Its presence in both mass-market and premium segments, along with diverse functions, suggests established formulation expertise and consumer acceptance. The lack of recent product launches after 2019 may indicate market saturation or a shift toward other ingredients, but the historical breadth confirms its long-standing role in cosmetics and industrial applications.
How is Montmorillonite positioned across the market?
Montmorillonite is positioned as a versatile ingredient across mass-market and premium brands. Stila and Tarte account for 49 of 130 products, indicating strong adoption in color cosmetics. It appears in premium skincare from brands like Biossance, Tata Harper, and Murad, as well as in accessible lines like Boots and Freeman. Industrial products, such as a 100% absorbent for oil spills, show a separate functional positioning. This dual presence in cosmetics and industrial applications suggests a mature ingredient with established credibility in both performance and aesthetic contexts.
Top companies using Montmorillonite in their products
Ranked by number of tracked products that list montmorillonite, out of 130 total.
Where is Montmorillonite covered by tracked regulatory lists?
Jurisdictions
Markets where this ingredient appears on tracked ingredient regulation lists.
US Federal
33 tracked lists
Other
22 tracked lists
Regulatory Bodies
Authorities cited most often across the tracked ingredient lists.
EPA
DrugBank
Which product categories, formats, and functions use Montmorillonite?
Montmorillonite appears in 130 products across 30 brands, spanning color cosmetics, skincare, hair care, oral care, and industrial goods. The largest categories are foundation/concealer (30), face masks (18), eye shadow (15), and face cream/moisturizer (14). It also appears in mascara, bathroom cleaners, shampoos, toothpaste, and sorbents. Functions include absorbent, abrasive, emulsifier, filler, opacifier, stabilizing agent, thickening agent, viscosity modifier, and wetting agent. This broad functional range supports its use as a multifunctional mineral in both aesthetic and performance-oriented formulations.
Which product categories contain Montmorillonite?
Tracked product categories ranked by distinct products containing this ingredient.
Which formulation and co-ingredient patterns recur around Montmorillonite?
Montmorillonite frequently co-occurs with kaolin (78 products), titanium dioxide (62), boron nitride (45), dimethicone (45), and mica (35), indicating its role in color cosmetics and clay masks. It is also paired with preservatives like 2-phenoxyethanol (74) and humectants like glycerol (70). In face masks, it often appears with other clays such as illite and bentonite. These patterns suggest formulators use montmorillonite as a texturizer and absorbent alongside complementary minerals and emollients to achieve desired sensory and performance attributes.
Which product spaces around Montmorillonite appear crowded or differentiated?
Color cosmetics, particularly foundations and concealers, are crowded with 30 products, while face masks (18) and eye shadows (15) also show significant competition. In contrast, categories like toothpaste, baby powder, and hair spray have only one product each, indicating potential differentiation opportunities. Patent evidence highlights high-value niches such as antibacterial membranes, dielectric films, and flame-retardant composites, where montmorillonite is used as a functional filler. These specialized applications suggest that differentiation lies in performance-driven formulations rather than commodity uses.