Metanium Everyday
Barrier OintmentIngredients

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Metanium Everyday Barrier Ointment is a product with 4 ingredients.

Provides following positive effects: UV Protection, Moisturizing, Softening, Protection.

Organic score: 0% natural, 75% chemical.

INCI

Titanium Dioxide

Colorant

Petrolatum

Skin conditioning agent, Emollient, Hair conditioning, Moisturising

Mineral Oil

Skin conditioning agent, Antistatic agent, Emollient, Fragrance ingredient, Hair conditioning, Solvent

Dimethicone

Skin conditioning agent, Antifoaming agent, Emollient

Ingredients by function

Colorant: Titanium Dioxide¹
Skin conditioning agent: Petrolatum², Mineral Oil³, Dimethicone⁴
Emollient: Petrolatum², Mineral Oil³, Dimethicone⁴
Hair conditioning: Petrolatum², Mineral Oil³

All the Positive

Find out what good effects the product has

UV Protection - 2 components:

Titanium Dioxide¹, Petrolatum²

Moisturizing - 1 component:

Mineral Oil³

Softening - 1 component:

Petrolatum²

Protection - 1 component:

Petrolatum²

Concerns

Pay attention to these components

Risk of clogging pores

Mineral Oil ³

Silicones

Dimethicone ⁴

Petroleum-based

Petrolatum ², Mineral Oil ³

ECO Metrics

Find out how eco-friendly the components are

Components by Skin Type

Find out what components are good or bad for your skin type

Dry skin

Positive: 0Negative: 0

Oily skin

Positive: 0Negative: 1

Petrolatum^#2

Sensitive skin

Positive: 1Negative: 0

Titanium Dioxide^#1

Detailed view

Metanium Everyday Barrier Ointment

#1Titanium Dioxide

Origin: chemical

Role: Colorant

UV Protection

EWG Rating [ 1 ]

Titanium Dioxide is a very effective sunscreen. It belongs to physical sunscreens, meaning it reflects the UV rays like a mirror. The component is a mineral with white color. That’s why it’s also used in different powders as a pigment or brightener.

The component can be both safe and unsafe. It’s reported to be possibly carcinogenic to humans when inhaled. That’s why we don’t recommend using products where TiO2 is used in the form of powder and can be inhaled.

Sometimes it can be a nanoparticle. We recommend avoiding this form because it’s not researched well enough. A safer option is to use a non-nano form.