The Oral-Beauty Track Keeps Rapid Expansion, New Functional Ingredients Gain Popularity. Among numerous trending components, white tomato has achieved explosive growth with its differentiated positioning of endogenous anti-photoageing, registering an 88 % market growth rate in 2025. Amid market prosperity, irregularities emerge including inconsistent ingredient quality and adulterated low-grade materials. To seize market opportunities, brands must identify the core barriers of white-tomato raw materials, select reliable ingredients via complete traceability systems and authentic test data, and build long-term product competitiveness.

According to statistics from EarlyData, sales of oral-beauty products via e-commerce channels reached RMB 1.51 billion in 2025, reflecting high prosperity in this niche sector. Ingredients have become a decisive factor for market performance. Ingredients such as ergothioneine and PQQ have gained rapid traction, while traditional collagen-based products show declining sales. White tomato, by contrast, has emerged as a breakout star with 88 % year-on-year growth, turning into a high-potential emerging ingredient within oral-beauty markets.

Different from conventional oral-beauty ingredients such as collagen and hyaluronic acid, white tomato targets endogenous anti-photoageing. Ordinary red tomatoes are rich in lycopene and β-carotene; yellow tomatoes feature high lutein content. White tomatoes contain almost no lycopene or β-carotene. They are characterised by high concentrations of two colourless carotenoids: phytoene and phytofluene. These compounds absorb UVA and UVB, delivering benefits including anti-photodamage, skin brightening and cutaneous anti-ageing. They fill the market gap for oral sun-protection and photoageing repair and offer differentiated innovative solutions for oral beauty.

The core barriers for white-tomato ingredients lie in the full upstream agricultural production chain and cannot be replicated by simple tomato powder. High-quality white tomatoes rely on proprietary seeds, controlled greenhouse cultivation, precise environmental regulation and slow natural ripening cycles, supported by complete testing-traceability frameworks and water-saving sustainable planting systems. These combined requirements keep production costs of premium white-tomato ingredients at a high level.

Currently the market is plagued by irregular practices. Many low-cost white-tomato raw materials are produced from ordinary coloured tomatoes or mixed-adulterated formulations without full traceability, containing very low levels of active phytoene and phytofluene. Such counterfeit white-tomato ingredients barely bring tangible benefits to consumers and erode the overall reputation of the category.

Genuine high-quality white-tomato ingredients need to satisfy three evaluation dimensions: production mode, marker component profile and scientific evidence.

In terms of production, modern controlled-greenhouse farming and full-chain traceability systems are required. Take TOMESORAL® White Tomato from Green Acre Health and Beauty (UK) as an example. Its fully-controlled greenhouse cultivation system enables water conservation, cutting water consumption by 90 % compared with conventional farming. Stable ingredient quality is secured at source to resolve consumer-trust pain points.

Next comes the content of signature functional components. Authentic TOMESORAL® White Tomato is grown from proprietary heritage white-tomato seeds. The combined content of phytoene plus phytofluene reaches up to 9.5 mg per gram (range: 8-13 mg/g). Lycopene and β-carotene are absent, with only trace amounts of lutein and zeaxanthin. This carotenoid fingerprint acts as the “identity marker” for genuine white-tomato material, which cannot be duplicated by ordinary tomatoes or cheap blended raw materials.

Furthermore, ingredients shall be backed by comprehensive scientific and human clinical evidence. TOMESORAL® White Tomato has well-elucidated mechanisms: it elevates activity of key endogenous antioxidant enzymes to produce skin-brightening and anti-photodamage effects. Unlike red-tomato extracts, it does not trigger yellowish skin pigmentation, making it suitable for long-term oral-beauty use. Complete human clinical trials have formed a closed loop of scientific proof.

Following multiple industry incidents, consumer trust has become scarce core capital within the oral-beauty sector. Widespread social-media use has improved consumers’ capacity to verify ingredients and review test reports. The market is shifting from marketing-driven to trust-driven growth. For brand enterprises, selecting proper source ingredients marks the starting-point of product competitiveness.

Enterprises sourcing white-tomato raw materials should focus on the following verification points:

1.Request authentic and valid Certificate of Analysis (COA) reports;

2.Check the carotenoid fingerprint: verify phytoene and phytofluene levels, and confirm zero lycopene and β-carotene;

3.Confirm complete traceable supply-chain availability;

4.Match purchase price against real-world production costs; be alert to raw materials priced far below reasonable ranges;

5.Prioritize ingredients supported by human-clinical trials and published scientific data.

In the domestic market, most oral white-tomato products adopt imported raw materials, mainly in capsule, tablet and oral-liquid formats. Formulations are frequently compounded with collagen peptides, PQQ, ergothioneine, astaxanthin and other actives, positioned for anti-photoageing, brightening and dullness improvement. Many items target the mid-to-high-end market segment.

Looking ahead, the market potential of white tomato remains far from fully unlocked. The industry will evolve toward synergistic ingredient blending, formulation upgrading and evidence-based science. Amid market hype, concepts are abundant, yet genuinely verifiable products delivering perceptible consumer benefits remain scarce. Only by enforcing strict ingredient access standards and upholding scientific and quality principles can brands sustain success amid fierce oral-beauty competition.

Disclaimer: This article serves as industrial-sector news reporting. Functional descriptions are sourced from published scientific literature and corporate public materials. It does not constitute product-efficacy promotion or medical advice.

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