On August 13-14, the Shanghai PCHi Leaders Summit witnessed a hard-core dialogue from scientific principles to industrial implementation. At booth No. 25 and in special technical lectures, Landivine demonstrated the scientific evidence and industrialization breakthroughs of molecular intelligence assembly to global industry leaders based on the four core raw material technology systems-redefining transdermal efficiency, efficacy targeting and technical barriers with quantifiable data, promoting technological innovation in the cosmetic raw material industry, and reshaping a new benchmark for skin care with functional raw materials.

Technology implementation results: hard-core breakthroughs in the four major systems

HyperMolx™ series: Nobel Prize-winning transdermal revolution

Technology core: Supramolecular host-guest assembly technology that accurately fits the scientific research nature of the Double Nobel Prize in Chemistry (1987/2016). Through non-covalent intermolecular interactions, single-molecule dispersion and intelligent disassembly of active substances are achieved.

Raw material highlights:

• ✅ The structure of the assembly is clearly characterized: NMR, infrared and other spectral analyzes have confirmed that the active ingredients are specifically bound to cyclodextrin. This is a truly observable host-guest assembly based on the molecular level, rather than a conceptual claim.
• ✅ The penetration depth is increased by 243%: Raman spectrum shows that the active substance reaches the dermis layer directly in 6 hours (120 μm VS 35 μm in the unwrapped group).
• ✅ Synergistic breakthrough: The 3D melanin model confirmed that the melanin content decreased by 74.2%, and the apparent brightness L* value increased by 12.6%.

Solve pain points: Overcome application bottlenecks such as poor solubility, low transdermal rate, easy inactivation, and strong irritation of multi-functional ingredients to achieve efficient utilization of active ingredients.

Application extension: Provides a “synthetic engine” for high-end functional products such as whitening, anti-aging, precise repair, etc., especially suitable for high-concentration active carriers such as essences and ampoules.

2. Liquid crystal technology: the second barrier of bionic skin

Technology core: Simulate the lipid lamellar structure between stratum corneum cells and construct an O/LC/W (oil-liquid crystal-water) bionic lamellar liquid crystal precise delivery system.

Raw material highlights:

• ✅ Liquid crystal structure confirmation: The active substance was observed under a polarized light microscope to have a Maltese cross structure.
• ✅ Moisture-locking power MAX: simulates the natural lipid barrier, is highly compatible with the skin, and locks in instant and long-lasting moisture.
• ✅Both skin feel and performance: Reshape the penetration path of active substances to achieve a “high-efficiency zero-pressure” skin feel structure.

Solving pain points: Breaking through the difficulties of traditional emulsification systems such as poor stability, low active ingredient utilization, strong irritation and poor skin feel.

Application extension: Ideal base for high-end creams, essences, sunscreen and makeup base products, significantly improving product stability and usage experience, especially suitable for sensitive skin and barrier repair needs.

3. HitecomX™NP: Nanoscale innovation in barrier repair

Technology core: liposome + supramolecular assembly dual biomimetic encapsulation, completely simulating the skin lipid composition and ratio, ensuring the high activity and stability of ceramide and accurate delivery to the target site on the skin.

Raw material highlights:

• ✅Dermal penetration rate +200%: Raman spectrum confirmed that the penetration depth increased by 200% in 2 hours and sustained release in 8 hours.
• ✅ Ultra-stable nanosystem: ultra-small particle size of 60-80nm, Zeta potential between 60-70mV, encapsulation rate ≥97%.
• ✅ Root repair and skin repair: FLG protein expression in the UVB damage model increases by 40%.

Solve the pain points: break through the industry limit of ceramide addition amount ≤5%, solve the pain points of traditional liposome membrane rupture and concentrated release, overcome the problems of easy deactivation of ceramide raw materials, difficulty in transdermal penetration, and insignificant effect, and achieve efficient and stable penetration.

Application extension: The core functions of repairing essences, facial creams, body lotions and other products are used to meet the rigid needs of “strong barrier” skin care.

4. BioAQ™ Hydrogel Series: Intelligent Programmed Release Carrier

Core technology: electrostatic/coordination assembly to build a 3D porous grid, relying on pH/temperature response characteristics to achieve intelligent and orderly release of active substances.

Raw material highlights:

• ✅ Special structure creates water-locking strength: 3D porous mesh characteristics, water content >90%, water loss rate of only 30% after exposure to room temperature for 2 hours.
• ✅ Safety and efficacy go hand in hand: hemolysis rate <5%, skin moisture content significantly increased in 15 minutes.
• ✅ Excellent scene extension: millimeter-level essence thick eye mask/facial mask, body temperature triggers layer-by-layer penetration; hydrogel spray, achieves pH control + targeted antibacterial.

Solve pain points: Provide innovative matrix solutions for the market’s long-awaited medical and aesthetic dressings, disposable essences, sleeping masks, jelly products, gel sunscreen and high-end makeup setting sprays, balancing high load-bearing, good skin feel and efficacy release.

Application extension: Expand dosage form design to adapt to various products with high activity load, instant cooling feeling, refreshing moisturizing and innovative experience.

In addition, the booth presented Landivine’s full-dimensional raw material ecology, including national-level new cosmetic raw materials-Anse® series of polymer colorants, which redefine the future of makeup safety with a non-transdermal coloring system; advantageous plant extracts-100% Schisandra fruit oil extracted by Balunoil™’s exclusive process, 100% Ganoderma-ginseng original solution created by a two-way fermentation project of traditional Chinese medicine, etc. These diversified raw materials together constitute Landivine’s innovative “ammunition” to support customers in coping with complex market challenges.

2. Full-chain capabilities for science-driven implementation

What was presented at the booth and lectures was not only the raw materials themselves, but also Landivine’s “science-driven implementation” capabilities throughout:

Structure-activity relationship research: In-depth exploration of the molecular structure, assembly behavior and skin action mechanism of raw materials to consolidate the underlying logic of efficacy.

Precision process control: Strictly control key process parameters (such as liposome particle size uniformity, precise construction of liquid crystal phase), and standardized production ensures batch stability and high quality.

Dual verification of efficacy and safety: relying on a complete in vitro, in vitro and human efficacy evaluation platform, combined with strict safety assessment, to provide solid data support for efficacy claims.

Efficient solution customization: Based on market trends and customer needs, we provide application technical support and formula solutions to accelerate product launch.

3. Technological paradigm innovation, defining new standards for functional raw materials

Landivine’s molecular intelligence assembly technology system, which was demonstrated at the PCHi Summit, reshapes the industry benchmark with four core breakthroughs. It relies on closed-loop scientific research and rigorous efficacy verification to systematically overcome bottlenecks in active substance delivery and stability. It is also driven by quantifiable data, setting a new benchmark for the industry with both scientific height and market value, and leading the standardization and industrialization upgrade of functional raw materials.