Petroleum jelly has been in American medicine cabinets since 1872, when Robert Chesebrough patented the refined "rod wax" he had collected from oil rigs in Pennsylvania thirteen years earlier. It works. It does the specific job it was designed to do: form an occlusive seal on skin and reduce moisture loss. For more than 150 years, it has been the default answer for cracked lips, dry hands, and rough heels in households across the world.
But when you read what petroleum jelly actually is and how it functions on skin, the question of whether it belongs in everyday skincare gets more interesting.
Vaseline contains a single ingredient: petrolatum.
Petrolatum is a semi-solid mixture of saturated hydrocarbons derived from crude petroleum. The story of how it became a household product is worth knowing. In 1859, a 22-year-old chemist named Robert Chesebrough was watching workers at a Titusville, Pennsylvania oil rig scrape a waxy buildup off the drilling rods. The rig workers had been using the goo informally on cuts and burns, claiming it helped them recover faster. Chesebrough collected samples, brought them back to a Brooklyn laboratory, spent eleven years figuring out how to refine the raw rod wax into a clean, white, neutral jelly, and patented the result in 1872 as "Wonder Jelly," later renamed "Vaseline."
The refining process today is more elaborate but produces the same basic substance: petroleum is fractionally distilled, the heavier hydrocarbon fractions are dewaxed and decolorized, and the resulting jelly is purified to pharmaceutical grade. Pharmaceutical-grade petrolatum is regulated by the FDA as a skin protectant ingredient. It's safe — the safety record over a century and a half is genuinely solid.
What it isn't is botanical. The substance in the jar started underground millions of years ago as marine organisms, was compressed into oil over geological timescales, was extracted from a well, and was processed through an oil refinery before reaching a tube of skincare. The plant world has nothing to do with it.
Vaseline doesn't moisturize the way most people think. It doesn't add moisture to skin. It seals existing moisture in.
When you apply petrolatum to skin, the hydrocarbon molecules form a continuous, water-impermeable film on the stratum corneum — the outermost layer of skin. This film reduces transepidermal water loss (TEWL) by up to 98%. The water already in your skin can't evaporate out. Whatever moisture is present stays present.
This is genuinely useful for very specific situations. Severely cracked skin benefits from that barrier while the skin underneath does its own work. Cold-weather lip protection benefits from a non-evaporating film. Post-procedure skin (after a chemical peel or biopsy, for instance) is often occluded with petrolatum during the recovery window.
But occlusion is the entire mechanism. Nothing penetrates the petrolatum layer. Nothing transfers from the petrolatum into your skin. The petrolatum itself contains no botanical compounds, no antioxidants, no fatty acids your skin can incorporate, no nutritive components. It's a passive seal — and a complete one.
It also doesn't discriminate about what it traps. The seal works in both directions: moisture can't leave, but anything on the skin surface — sweat, sebum, environmental particles, fragrance from your shampoo — gets pressed against the skin under the occlusive layer until you wash it off.
It would be dishonest to say Vaseline is bad. It is genuinely good at occluding skin, and there are real situations where pure occlusion is exactly what you need:
If you have been using Vaseline for any of those reasons, you are using it correctly. The right tool for the job is the right tool.
The question is whether it's the right tool for everyday skincare.
In 2022 and 2023, a TikTok-driven trend called "slugging" — applying petroleum jelly to the face overnight as the final step of a skincare routine — went viral. The premise is that the occlusive layer locks in whatever serums or moisturizers you applied earlier, maximizing their effect over the eight hours you sleep.
For some people, with some skin types, in some climates, this works. For others, it doesn't. The reasons are worth understanding.
When you sleep with petrolatum on your face, the seal traps every other thing on your skin's surface against the skin for eight hours. Sebum continues to be produced overnight; trapped under petrolatum, it pools rather than dispersing. If your earlier-applied products contained fragrance, surfactants, or active ingredients, they are pressed into the skin at concentration for an extended duration. Any environmental particulate already on the face is similarly held in place.
The TikTok-trend reports of "slugging gave me clearer skin" and "slugging gave me a breakout" come from the same mechanism — occlusion intensifies whatever is already happening, both helpful and unhelpful.
This is the broader limitation of occlusive everyday skincare: the skin is not being fed. There are no botanical compounds entering through the petrolatum layer, no fatty acids your skin can incorporate into its lipid bilayer, no antioxidants providing surface-level support. Petrolatum supports the barrier passively. Everything else has to come from elsewhere in your routine — or has to come from a different product class entirely.
The plant world has been giving humans skincare ingredients for thousands of years. Olive and almond oil for dry skin in the Mediterranean. Coconut and sesame in tropical traditions. Beeswax — collected from honeybee colonies — as a balm structural agent across cultures.
These materials work differently from petrolatum. They are also somewhat occlusive, but more lightly. Beeswax in particular forms a flexible, semi-permeable film that reduces moisture loss while still allowing the skin to function normally. Organic carrier oils — olive, coconut, jojoba — penetrate the stratum corneum to varying depths, integrating with the skin's natural lipid structure rather than sitting on top of it.
When the carrier oil has been slow-infused with whole herbs — left in cool, dark conditions for six to eight weeks while the plant material releases its fat-soluble compounds — the resulting infusion contains both the carrier and the botanical fraction. Rosmarinic acid from rosemary. Carvone and menthone from mint. Curcuminoids from turmeric. Each compound has its own profile, its own aromatic character, its own history of use.
Slow-infused herbal balms aren't trying to do what Vaseline does. They are doing a different job: conditioning skin while delivering plant compounds, with light occlusion from beeswax rather than complete sealing from petroleum. The film is permeable enough to let skin function as designed; the oils underneath condition; the herbs add what plants have always added to skincare.
From our garden — InVine's whole-herb balms are built from plants we grow in our Florida garden and slow-infuse for six to eight weeks in cold-extracted organic olive and coconut oils. Each finished balm is blended (never sealed) with beeswax from a local Tallahassee beekeeper and Vitamin E for shelf life.
We don't make a Vaseline replacement. We make products that do a different job. If you've been reaching for Vaseline because it's the only thing in the bathroom and you wanted something on your hands, your knuckles, your shins after a shower — what you actually wanted was to condition the skin and add some softness back. That's what whole-herb infusions are for.
Explore our whole-herb balm catalog →
Petroleum jelly and whole-herb infusion are not in competition for the same skincare slot. They are tools for different jobs, and pretending otherwise would be dishonest.
If you have severely cracked skin, a post-procedure recovery situation, or a wind-blasted set of lips in February, Vaseline is doing something specific that an herbal balm doesn't try to do. Use Vaseline. The occlusion is the right answer.
If you have been reaching for Vaseline as your default because it was the household cure-all your grandmother kept in the medicine cabinet — and what you actually want is daily skin conditioning, light protection, and the comfort of having something on your skin that includes plants instead of refined hydrocarbons — that is a different choice, and the alternatives have always existed. They have just been quieter than Vaseline's century-and-a-half of marketing.
Synthetic camphor, menthol, and paraffin — Tiger Balm has been the global muscle-rub default since the 1870s, but the formula deserves a modern look. Here's what makes a whole-herb muscle balm different.
Read article
Most muscle balms on the drugstore shelf are essential-oil-diluted in a petroleum base — the herbs are just labels. Here is what whole-herb infusion actually means, what to look for on a label, and the plants traditionally reached for in topical muscle preparations.
Read articleYour cart is empty
Add some products to get started.
