White Oil Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global White Oil Market Trends and Insights

Surge in Asia-Pacific Biologics Fill-Finish Lines Demanding USP-Grade White Oils

Biologics capacity additions in China and India exceeded 50 new fill-finish sites between 2024 and 2025. Each line specifies white oils with endotoxin below 0.25 EU/mL and PAH below 3%, criteria that exclude legacy Group I streams while favoring hydrocracked outputs. Contract manufacturers serving Western biosimilar demand impose FDA-aligned documentation, so suppliers providing real-time batch analytics win long-term contracts. The trend lifts volumes of premium low-viscosity grades and compresses margins for commodity blenders that lack pharmaceutical validation.

Europe MOAH/MOSH Limits Accelerating Shift to Food-Grade White Oils in Packaging

Converters of flexible packaging are adopting hydrogenated white oils certified under FDA 21 CFR 178.3620(a) after EFSA confirmed MOAH migration above 2 mg/kg in dry foods. Brand owners pay EUR 200-300 per ton premiums for certified lots, yet smaller suppliers struggle to absorb third-party testing costs. Rapid compliance cycles mean specialty refiners with in-house GC-FID capability secure volume gains.

Indian Ayurvedic-Cosmetics Boom Fuelling Light-Paraffinic White-Oil Usage

India’s Ayurvedic personal-care value surged 12% year-over-year in 2025. White oils compliant with Bureau of Indian Standards IS 1083 act as stable, odorless carriers for herbal actives and satisfy halal traceability for exports to Gulf retailers^{[1]Bureau of Indian Standards, “IS 1083: Light Liquid Paraffin,” bis.gov.in}. Domestic producers expanded capacity at double-digit rates, creating a regional hub that offsets European volume softness.

Expansion in Polymer and Plastic Processing in Emerging Economies

PVC and PP compounders in Southeast Asia and the Middle-East employ technical-grade white oils as internal lubricants that cut melt viscosity and reduce die buildup. Vietnam’s plastics output advanced 9% in 2025, absorbing additional medium-viscosity supply. Saudi Arabia’s TA’ZIZ hub imported white oils for its USD 5 billion PVC complex because local refineries prioritize fuels. Sustained infrastructure investment suggests long-run support despite potential circular-economy pivots.

EU Micro-Plastic Directive Curbing Mineral-Oil-Based Cosmetic Formulations

Regulation 2023/2055 restricts synthetic polymer microparticles in rinse-off cosmetics, prompting European brands to substitute mineral-oil carriers with plant-derived esters to avoid petrochemical labeling^{[2]European Commission, “Regulation 2023/2055,” eur-lex.europa.eu} . Although mineral oils are not microplastics, consumer perception drove a 3-4% decline in regional personal-care demand during 2025. Reformulation cycles average 18-24 months, so most substitution will conclude by 2027.

North American Infant-Food Players Pivoting to Bio-Based Esters

Nestlé and Abbott eliminated mineral oils from spray-drying and emulsifier systems in 2024 after focus-group data showed 68% parental distrust of “mineral oil” descriptors. Falling bio-ester prices narrowed cost gaps to USD 100-150 per ton, making switchovers economically neutral. The restraint is localized yet signals sensitivity to non-scientific consumer sentiment in high-visibility applications.

Segment Analysis

By Grade: Pharmaceutical Dominance Anchored by Regulatory Barriers

Pharmaceutical grade held 66.23% of 2025 volume, underlining entrenched regulatory moats that discourage new entrants. The segment grows at 1.32% CAGR, reflecting mature demand rooted in chronic-care and dermatology formulations. Batch-to-batch viscosity must remain within ±0.5 cSt, and heavy metals stay below 1 ppm, requirements that raise compliance costs. Technical-grade volumes rise faster in plastics and adhesives where cost trumps purity, but lack of pharmacopoeial coverage limits their conversion into higher-margin channels.

Second-order effects concentrate on the procurement side. Leading pharmaceutical firms now demand blockchain-enabled traceability that tracks drum numbers to refinery runs, reducing supply flexibility for smaller blenders. Meanwhile, industrial users tolerate wider viscosity bands, enabling discount suppliers to survive on price plays. The segmentation thus preserves a two-tier structure that insulates incumbents yet caps growth potential. The white oil industry maintains this divide by reinvesting in analytical labs rather than new distillation hardware.

By Base-Oil: Group II Hydrocracking Gains Share on Purity Mandates

Group II captured 67.12% of volume in 2025 and are progressing at a 1.73% CAGR, fuelled by sulfur-free outputs that align with European food-contact directives. In 2025, Group III remained a niche premium option with higher oxidative stability premiums. Group I volumes erode in pharmaceutical and food uses but continue in adhesives where cost pressures dominate.

Integrated refiners use swing units to toggle between fuels and specialty outputs. When marine-fuel margins spiked after IMO 2020, paraffinic feedstocks diverted away from white oils, lifting spot prices by 6-8%. Despite this volatility, Group II capacity additions on the U.S. Gulf Coast and in China reaffirm long-term supply security. Group III opportunities lie in injectable-drug devices and high-temperature metalworking fluids, yet price elasticity tempers adoption. The white oil market continues to migrate toward hydrocracked purity, an irreversible shift for regulated sectors.

Note: Segment shares of all individual segments available upon report purchase

By Viscosity: Low-Viscosity Grades Propelled by Pharmaceutical and Cosmetic Uptake

Low-viscosity contributed 51.08% of 2025 throughput and enjoy a 1.41% growth trajectory. This cut underpins ophthalmic preparations, baby oils, and biologics fill-finish lubricants where droplet size and spreadability matter. Medium grades hold share in extrusion and molding, balancing fluidity with film strength, while high-viscosity products fill niche lubrication roles. Producing narrow 8-10 cSt cuts needs deeper hydrocracking and tight distillation, adding USD 80-120 per ton to production costs, yet premiums in pharmaceutical tenders offset the expense.

Pressure on medium grades stems from synthetic polyalphaolefins in metalworking that offer longer drain intervals. High-viscosity oils confront bio-grease substitution in environmentally sensitive jobs. Suppliers that master vacuum distillation and real-time viscosity control sustain competitive advantage as variability tolerances tighten. In absolute terms, low-viscosity lines will anchor volume growth for the white oil market through 2031.

Note: Segment shares of all individual segments available upon report purchase

By Application: Personal Care Leads Growth Despite Clean-Beauty Headwinds

Personal care consumed 25.56% of 2025 volume and is forecast to advance at 2.11%, the quickest among applications. Ayurvedic hair oils, halal moisturizers, and mass-market baby products adopt light-paraffinic carriers thanks to odorless profiles and resistance to rancidity. Plastics and elastomers follow, yet circular-economy policies in Europe temper momentum. Adhesives, food, and beverage absorb steady volumes due to MOAH/MOSH compliance upgrades.

Pharmaceutical demand, although slower growing, remains larger in absolute tonnage. Agricultural, textile, and household uses shrink or stagnate depending on regional adoption of water-based substitutes. Personal-care resilience could waver if EU microplastic sentiment spreads to Asia-Pacific or if bio-ester costs fall further. For now, the white oil market finds its highest incremental gains in beauty and hygiene segments that blend cultural preferences with regulatory permissibility.

Note: Segment shares of all individual segments available upon report purchase

Geography Analysis

Asia-Pacific anchored 63.44% of volume in 2025, yet its 1.35% forecast CAGR lags personal-care growth, showing that bulk polymer processing is plateauing. China contributes major consumption through pharmaceutical clusters in Jiangsu and plastics bases in Guangdong, but stricter refinery emission targets limit incremental capacity. India emerges as the fastest-growing node, benefiting from Ayurvedic cosmetics, domestic drug production, and polymer expansions in Gujarat. Southeast Asian economies, notably Vietnam and Thailand, upscale white-oil imports for flexible packaging and food handling, though freight volatility introduces procurement risk.

In North America, U.S. pharmaceutical excipient standards shield demand for USP-grade lots, yet bio-based substitutions in infant food and microplastic-driven cosmetic reformulations curtail upside. Canada’s reliance on imports sustains steady buying but lacks internal refining upgrades. Mexico’s growth hinges on technical-grade needs from rising auto parts and packaging output. Regulatory complexity lengthens product-qualification cycles, favoring incumbents.

Europe’s demand is shaped by food-contact reforms and antiplastics sentiment. Germany leads adoption of premium food-grade oils in packaging, offsetting weaker personal-care call-offs. United Kingdom and France mirror this pattern, while Nordic countries progress faster toward bio-alternatives. Southern Europe sustains mineral-oil legacy formulas in cosmetics and processed foods but faces harmonization by 2028. The Middle-East and Africa combined account for a smaller share, driven by GCC pharmaceutical ambitions and South African industrial lubricants, yet political risk and infrastructure gaps temper immediate growth. Collectively, regional dynamics underscore that the white oil market growth story rests on regulated purity upgrades rather than sheer volume expansion.