The "Waterless Makeup Removal" Trend: Formulation Challenges and Commercialization Pathways for Oil-Based, Powder-to-Liquid, and Solid Formats

I. The "Water Dilemma" of Traditional Makeup Removers

In a standard 300mL bottle of traditional makeup remover, approximately 85–90% of the ingredients are water. Water is the cheapest solvent, the best "filler," but also the most difficult product value proposition to defend—after all, consumers are not paying for water; they are paying for the ability to dissolve makeup and the care it provides to their skin.

The deeper contradiction lies in the fact that water is a breeding ground for microbes, meaning water-based products must contain preservatives; water adds weight to the product, driving up logistics carbon emissions; and water occupies the vast majority of the packaging space, meaning a large amount of plastic packaging exists merely to hold water.

These contradictions are driving a silent revolution in the makeup removal category—Waterless Makeup Removal is evolving from a niche eco-concept into one of the most technically sophisticated product innovation directions in the international beauty market.

The global anhydrous cosmetics market was valued at approximately $13.13 billion in 2026 and is projected to grow to $27.14 billion by 2034, at a CAGR of 9.5%. Data from another agency shows the market growing from $13.01 billion in 2025 to $14.3 billion in 2026, reaching $26.58 billion by 2032, with a CAGR of 10.74%. Regardless of which dataset is used, the trend is consistent: the waterless track is moving from the "eco-niche" to the "mainstream shelf."

II. Three Mainstream "Waterless Makeup Removal" Formats and Their Formulation Logic

Format 1: Anhydrous Oil-Based Remover

This is the most technologically mature and commercially complete waterless makeup removal solution.

Formulation Logic: The formulation base is constructed entirely from oils and esters, containing absolutely no aqueous phase. Waxes, film formers, and silicone components in makeup are dissolved by the oil phase following the principle of "like dissolves like," requiring no aqueous phase intervention. After cleansing, most of the oil is wiped away with a cotton pad, and it can optionally be rinsed with a small amount of water or double-cleaned with a dry cotton pad.

Representative Base Oil Combinations:

• Caprylic/Capric Triglyceride (30–50%): Clean source, lightweight skin feel, excellent wax-dissolving power; the first choice for natural certification systems.

• Simmondsia Chinensis Seed Oil / Jojoba Oil (10–20%): Liquid crystal structure, excellent compatibility with skin sebum, good penetration.

• Hydrogenated Polyisobutene (10–20%): Mineral-derived, low odor, the iconic "lightweight skin feel" oil in the Asian market.

• Cyclopentasiloxane or Phenyl Trimethicone: The first choice for dissolving silicone oils and MQ film-forming resins. Note: The EU has implemented concentration limits on D4 (Cyclotetrasiloxane) and D5 (Cyclopentasiloxane) (D5 ≤ 0.1% in rinse-off products); new formulations must review compliance.

Core Formulation Challenges:

Removing water—the ubiquitous solvent and filler in cosmetics—significantly increases formulation complexity, requiring more precise formulation technology and ingredient compatibility testing. In some regions, consumers equate water-based products with "clean" and "hydrating," resulting in higher education costs.

The biggest consumer acceptance barrier for oil-based anhydrous removers is the habit shift regarding "double cleansing": Asian market consumers generally require a second facial cleanse after use, whereas the Western market is gradually accepting the single-step "dry application + dry removal" method, which places higher demands on the product's removal power and skin feel design.

Format 2: Solid Makeup Remover — Balms / Sticks / Bars

Solid makeup removers are currently the fastest-growing and most diverse format in the waterless category, mainly including Cleansing Balms, Cleansing Sticks, and Cleansing Bars (specifically referring to cleansing bars containing specialized dissolving ingredients, distinct from alkaline soap bases).

Solid and stick formats are the most direct product forms for reducing plastic usage in anhydrous cosmetics, and also the most persuasive differentiation tool for brands in sustainability narratives. Industry-leading trends also include powder and tablet innovations, refillable systems, and R&D invested in improving sensory experiences to match liquid product benchmarks.

Formulation Architecture of Cleansing Balms:

The texture of a cleansing balm is defined by the compounding ratio of oils and waxes. It is solid/semi-solid at room temperature (melting point usually 35–40°C), softens into an oil upon contact with skin temperature for easy application to dissolve makeup, and becomes rinseable after adding water and emulsifying.

Key Formulation Challenge for Solid Formats — Balancing Melting Point and Skin Feel: This is the most difficult formulation proposition for solid makeup removers. The higher the wax content, the more likely the product is to soften or liquefy at room temperature in hot climates like Southeast Asia/Middle East; the lower the wax content, the harder the product may be in colder European/American winter markets, affecting comfortable dispensing.

Industry Recommended Practice: Use a ternary compounding system of high-melting-point wax (Candelilla Wax, mp ~70°C) + low-melting-point fat (Shea Butter, mp ~32°C) + liquid esters. By adjusting the ratios, it simultaneously covers the dual needs of tropical climates (no deformation at 40°C storage) and temperate climates (softens upon light finger touch), and must complete stability validation at 45°C/8 weeks and -5°C freeze-thaw cycles.

Format 3: Powder-to-Liquid Anhydrous

This is the earliest commercialized but most difficult to educate format among the three—the product is stored as a dry powder, and consumers add water or rub it in their palms to activate it, transforming it into a liquid/emulsion for use.

Core Advantages:

• Completely eliminates the need for preservatives (no water = no microbial growth).

• Significantly reduces transport weight (reduces liquid phase weight by 75–90%).

• Significantly extends shelf life (dry powder systems have no oxidation or hydrolysis risks).

Formulation Challenges for Powder-to-Liquid: The biggest formulation difficulty for powder-activated makeup removers lies in controlling the dissolution rate of the dry powder ingredients. The primary dissolving surfactants (such as Sodium Cocoyl Glycinate powder, Sodium Lauryl Sulfate powder) must meet:

• Completely dissolve without clumping within 10 seconds in water at 30°C or below.

• The pH of the dissolved formula must be within the preset range (usually 6.0–7.5) and remain stable.

• The micelle formation rate after dissolution must be fast enough to reach the effective CMC value during use.

Engineering solutions typically involve Spray Granulation treatment of the dry powder surfactants, granulating the powder particles to the 80–200μm range, which significantly improves the dissolution rate and dispersion uniformity while avoiding dust inhalation issues.

III. Commercialization Pathways: Market Entry Strategies for Waterless Makeup Removal

The Asia-Pacific region is the dominant area for the anhydrous cosmetics market, leading in market share in 2026. China and India, with CAGRs of 23.3% and 24.1% respectively, have become the two fastest-growing markets globally, primarily driven by middle-class expansion and the high development of digital commerce.

At the consumer level, 62% of consumers demand natural makeup removal products, and 55% prefer vegan-certified brands; in 2025, about 47% of new products integrated additional skincare benefits such as hydration, barrier protection, and nourishment. This means that if waterless makeup removal products rely solely on "eco-friendly" as a single selling point, it will be difficult to build a deep enough moat in a fiercely competitive market.

Successful commercialization of waterless makeup removal requires simultaneous layout across the following three dimensions:

Dimension 1: Efficacy Narrative Prioritized Over Sustainability Narrative

The primary motivation for consumers choosing waterless products is often not "saving water," but rather "more concentrated, more effective." Compared to water-based makeup removers, cleansing balms can improve the dissolution efficiency of waterproof makeup by 30–50% (based on oil-phase solubility advantages). This is a quantifiable and testable point of efficacy differentiation that should be prioritized as the core selling point over eco-claims.

Dimension 2: Packaging Design as a Visualization Tool for Product Value

The cardboard box packaging for solid cleansing balms, compared to PET bottles for liquid makeup removers of the same efficacy, reduces the carbon footprint by approximately 60–70%. This is a specific, quantifiable ESG figure that should be visibly presented on product pages, rather than just a vague statement like "we used biodegradable packaging."

Dimension 3: Usage Education as a Key Variable for Conversion Rate

Education-led Marketing is crucial for the waterless makeup removal category—how to correctly use solid cleansing balms, how to activate powder-liquid products, and whether oil-based products need to be rinsed after use. These doubts are the biggest barriers for first-time consumers. DTC brands can significantly improve conversion and repurchase rates by lowering this threshold through video tutorials, usage guides, and FAQ pages.

Conclusion: Waterless is a Technical Barrier, and Also a Market First-Mover Advantage

The growth opportunities in the anhydrous cosmetics market continue to expand due to the rising demand for sustainable beauty and clean label products. Anhydrous formulations perfectly align with conscious consumer behavior—helping to reduce carbon footprints, packaging waste, and water consumption, covering all three dimensions of Environment, Social, and Governance (ESG) strategies.

However, waterless makeup removal is not a simple upgrade of "just remove the water." It requires formulation engineers to have deep professional accumulation in oil systems, oxidative stability, solid rheological design, and user experience. It also requires OEM factories to carry out targeted upgrades in equipment, process control, and quality inspection systems.

Choosing an OEM is a supply-chain decision, not a price comparison.

The lowest quoted unit cost collapses if the second order arrives late or the formula drifts. What you are actually buying is repeatability across reorders — and that is a factory decision, not a purchasing one.

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