"Oil-Control / Refreshing" Makeup Removers: Alcohol Alternatives and Skin-Feel Calibration Technology

I. "Adding Alcohol for Refreshment" — This Formulation Logic Is Being Abandoned by the Market

Open the ingredient list of early oil-control makeup removers, and you'll almost certainly find it: Alcohol Denat. (Denatured Ethanol) — ranked prominently, sometimes as the third or fourth ingredient.

The logic behind this formulation choice is intuitive: ethanol evaporates quickly, has strong degreasing power, and feels dry immediately after use, giving oily-skin consumers an illusion of "thoroughly clean." But this illusion comes at a cost.

A 2025 study published in Pharmaceutics clearly revealed that when ethanol is used as a preservative in topical skin preparations, it increases Transepidermal Water Loss (TEWL) and decreases skin hydration on intact skin; the study also found that ethanol reduces the transdermal penetration of hydrophilic active ingredients by approximately 40% and lipophilic actives by approximately 20%.

Another 2025 clinical dataset is even more convincing: when ethanol concentration exceeds 15%, in vitro experiments show it negatively impacts stratum corneum integrity, leading to increased stratum corneum permeability and elevated TEWL.

Even more concerning is a "paradox effect": ethanol disrupts the skin barrier, causing massive water loss (increased TEWL), and the skin compensates for this dehydration state by secreting more sebum — which is exactly the opposite of the "oil-control" product goal.

This is precisely why in today's market, "Alcohol-Free" has become one of the core demand labels for makeup remover products.

II. Market Numbers: This Category Is Growing Rapidly

For brand owners, the timing to enter the "oil-control/refreshing makeup remover" track couldn't be better.

The global makeup remover water market reached $1.94 billion in 2026 and is projected to grow at a 10.5% CAGR to reach $3.49 billion by 2034, with core growth drivers coming from strong consumer preference for gentle water-based cleansing solutions and increasing emphasis on makeup removal routines.

The global makeup remover product market reached $3.551 billion in 2025, and approximately 47% of new product developments in 2025 integrated additional benefits such as hydration, barrier repair, and nutritional skincare — the functional fusion of refreshing makeup removal and proactive skincare is the fastest-growing direction in this category.

66% of global consumers express preference for eco-friendly and skin-compatible makeup removal solutions. Consumers are accelerating their shift toward micellar waters, oil cleansers, and reusable cotton pads, driven by heightened awareness of skin barrier protection.

III. Why Alcohol Used to "Work Well": Understanding Its Functional Roles

Before providing alternatives, we must first understand what functions alcohol serves in oil-control makeup remover formulations — because these functions all need to be "taken over" by alternative technologies:

1. Solvent Function: Ethanol is a good amphiphilic solvent that can dissolve hydrophobic makeup components (such as waxes, silicone-based makeup).

2. Quick-Dry / Refreshing Sensory: Ethanol's high volatility produces an instant "evaporative cooling" effect, bringing an immediate refreshing sensation.

3. Degreasing Function: Ethanol dissolves excess sebum on the skin surface, delivering a "clean" tactile feedback.

4. Preservation Enhancement: Ethanol inhibits microbial growth, reducing the amount of other preservatives needed.

5. Stabilizing Co-Solvent: Assists in dissolving active ingredients with poor water solubility.

Once these five functions are clear, the task for formulation engineers becomes clear: use milder ingredient combinations to take over these five functions separately, while not sacrificing — or better yet, improving — the product's oil-control and refreshing skin-feel performance.

IV. Alcohol Alternatives: Formulation Logic for Six Core Ingredient Categories

Alternative ① Pentylene Glycol — Combining Preservation and Hydration

Pentylene Glycol, derived from sugarcane, belongs to the diol class and has dual moisturizing and antibacterial effects. Unlike ethanol, pentylene glycol does not dry out the skin even at higher concentrations, while also optimizing the skin absorption of active ingredients (penetration enhancement effect).

In oil-control makeup removers, pentylene glycol can serve as a preservative booster in the 3%–8% concentration range while maintaining a hydrated skin feel, making it the preferred "clean beauty-friendly" ingredient to replace ethanol's preservative function.

Alternative ② Propanediol — Refreshing Solvent Without Irritation

Propanediol (1,3-PDO) can minimize TEWL by promoting skin barrier function, thereby locking moisture in the skin; its lightweight, non-greasy texture allows it to be rapidly absorbed by the skin without leaving a heavy or sticky residue.

Propanediol is also an excellent amphiphilic solvent that can take over ethanol's co-solvent function, helping oil-control active ingredients with poor water solubility (such as salicylic acid) dissolve stably in the formulation system. Recommended usage: 5%–15%.

Alternative ③ Salicylic Acid — The True "Oil-Control" Functional Ingredient

Salicylic Acid is not only an epidermal keratolytic agent but also the most scientifically evidence-based oil-control efficacy ingredient in makeup remover formulations. Its mechanism involves two levels:

• First, during cleansing, through the lipophilicity of BHA (β-hydroxy acid), it penetrates deep into pores to dissolve sebum and keratin plugs.

• Second, by inhibiting sebaceous gland inflammatory signals, it assists in regulating sebum secretion rhythm.

Salicylic acid is soluble in propanediol and glycerin systems, with optimal activity in the pH 3.5–4.5 range. In makeup remover formulations, the recommended addition is 0.5%–2%. Note that the EU market has a maximum limit of 2% for salicylic acid in facial cleansing products, and it must be labeled as not suitable for use under 3 years of age.

Alternative ④ Niacinamide + Zinc PCA — Dual-Effect Sebum Regulation Combination

Niacinamide (Vitamin B3) is a water-soluble active ingredient that can strengthen the skin barrier, improve texture, and regulate sebum secretion. Zinc PCA (Zinc Pyrrolidone Carboxylic Acid) works synergistically to further target excess sebum control. The combination of the two is non-comedogenic.

The advantage of this combination is: it doesn't achieve oil control through "degreasing," but by actively regulating sebaceous gland function to control oil production at the source. This is the core technical difference between modern oil-control formulations and traditional ethanol-based approaches. In makeup removers, Niacinamide 2%–5% and Zinc PCA 0.5%–1% are common effective dosage combinations.

Alternative ⑤ Kaolin Clay / Silica — Physical Oil Absorption for Instant Matte

Kaolin (INCI: Kaolin) and spherical Silica (INCI: Silica) capture excess sebum through physical adsorption mechanisms, giving the skin an instant matte finish without altering the skin's chemical environment.

In makeup removers, micro-level suspended silica (1%–3%) can significantly improve the "matte visual effect" on the skin after makeup removal, making it an important tool for achieving the "refreshing skin feel" sensory goal — which is also why some oil-control makeup removers appear slightly milky white after shaking.

Alternative ⑥ Plant-Based Astringent Extracts — Natural Oil-Control Enhancement

• Witch Hazel Extract (Hamamelis Virginiana Extract): High in natural tannins, it has pore-tightening and excess sebum control effects. It is one of the oldest plant ingredients in alcohol-free oil-control makeup removers.

• Green Tea Extract (Camellia Sinensis Leaf Extract): EGCG (Epigallocatechin Gallate) has an inhibitory effect on sebaceous gland cell proliferation, while also providing antioxidant benefits.

• Tea Tree Oil (Melaleuca Alternifolia Leaf Oil): Antibacterial while controlling oil, but must be strictly controlled at ≤1% to avoid irritation.

V. Skin-Feel Calibration Technology: How to Achieve "Refreshment" Without Alcohol

Removing alcohol presents the biggest formulation challenge not in efficacy, but in sensory — consumers have become accustomed to the "evaporates-dry" cooling sensation that ethanol provides. How to rebuild this sensory experience without relying on ethanol is the core proposition of modern oil-control makeup remover formulation engineering.

Technology 1: Cooling Agent Systems — Recreating the "Evaporative Sensation"

Menthol derivatives (such as Menthyl Lactate; WS-3, N-Ethyl-p-menthane-3-carboxamide) can activate TRPM8 cold receptors in the skin without producing actual temperature changes, creating a cooling sensory experience.

Menthyl Lactate is milder than menthol, has a longer-lasting cooling sensation, and lower irritation. A dosage of 0.1%–0.5% in oil-control makeup removers can produce a noticeable cooling sensation, making it one of the mainstream technology directions for replacing ethanol's "instant refreshment."

Technology 2: Viscosity and Rheology Control — Influencing "Refreshment" Perception

Consumers' sensory perception of "refreshment" largely comes from the product's fluidity and spreading speed on the skin. An overly viscous texture is perceived as "greasy," even if the formula contains absolutely no oils.

The rheological design goal for alcohol-free oil-control makeup removers is low viscosity, high fluidity. The following rheological adjustment strategies are recommended:

• Reduce or eliminate high-molecular thickeners (such as Carbomer); switch to ultra-low dosages of Xanthan Gum (≤0.1%) or no thickener at all, maintaining water-like fluidity.

• Avoid high concentrations of Glycerin (>5%) as the primary humectant; switch to a low-viscosity combination of Pentylene Glycol + Propanediol, reducing the overall stickiness of the formula while maintaining moisturizing effects.

• Surfactant selection: Prioritize low-viscosity, low-film-residue non-ionic surfactants (such as Caprylyl/Capryl Glucoside, Poloxamer 184); avoid amphoteric surfactants with strong film-forming properties.

Technology 3: Precise pH Control — Dual Wheels Affecting Skin Feel and Efficacy

For oil-control makeup remover formulations containing salicylic acid, pH control is crucial:

• Salicylic acid activity requires pH ≤ 4.5 to maintain optimal efficacy.

• The formulation is most gentle within the skin physiological pH range of 4.5–5.5.

• Use Citric Acid or Lactic Acid to lower the pH to 4.0–4.5; avoid using Phosphoric Acid (irritation risk).

The formulation pH not only affects active ingredient efficacy but also directly influences the skin-feel feedback after use: a slightly acidic pH is closer to the skin's natural acid mantle, leaving the skin feeling firmer and comfortably non-tight after cleansing.

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Makeup Remover Conclusion: From "Using Alcohol for Oil Control" to "Using Technology for Oil Control"

Alcohol-free oil-control makeup remover is not a "subtraction formula," but a complete dimension upgrade from underlying ingredient logic to sensory design. It requires formulation engineers to make correct judgments simultaneously across five dimensions: solvent systems, preservation strategies, active ingredient selection, rheological control, and cooling sensory.

Deva Skincare has accumulated extensive practical experience in the development of water-based cleansing and oil-control formulations, is familiar with the performance calibration of alcohol-free systems and multi-market regulatory restrictions, and can assist brand owners in completing full development support from formulation skeleton design to sensory testing. If you are planning oil-control makeup removers, pore-purifying cleansing waters, or men's refreshing cleansing series, please feel free to connect deeply with our formulation team.