Natural targeting technology
Awakening the vitality of hair follicles
28 years of R&D accumulation, certified by ECOCERT,
and 94.7% of users have witnessed the miracle of hair growth
With 28 years of dedicated scientific research and development, MORRE combines the power of 100% pure herbal ingredients and advanced extraction technology to deliver unparalleled hair growth solutions.
MORRE respects nature and people, selecting pure natural plant essences and combining them with advanced scientific and technological extraction process, aiming to restore beauty and healthy self-confidence.
RESEARCH & DEVELOPMENT
43,800 Hours of dedication and patience
2 Years of natural aging 3 Years of seasonal cultivation
Harvested at the peak of spring for optimal potency
Maximizing the benefits of herbal plants
Altitude: 3,380 meters
Carefully selected premium herbs
Combined with world advanced extraction techniques
MORRE is a professional hair-care company, renowned for its excellence in producing eco-friendly, preventive hair loss products and patented formulations that promote hair growth. Through extensive research and clinical trials, MORRE is dedicated to addressing the fundamental problems of hair and scalp health by delivering the highest quality hair and scalp care systems.
100% NATURAL HERB
Potent Active Ingredients
Our products are expertly formulated with high-quality, effective active ingredients. Each ingredient is meticulously selected after a thorough review of scientific literature and is rigorously evaluated by a third-party laboratory to guarantee exceptional quality. We proudly ensure that all ingredients are 100% vegan. Our formulas draw inspiration from nature, utilizing active ingredients that are naturally derived or engineered to replicate the precise molecular structure.
| Dimension | Traditional Extract | Ginger PDNVs (This Product) | Data Support |
|---|---|---|---|
| Transdermal Depth | Epidermal layer (<100 μm) | Hair papilla layer (500 μm) | Ex vivo skin fluorescence tracing experiment |
| Anti-inflammatory Efficiency | TNF-α inhibition rate: 35% | TNF-α inhibition rate: 68% | ELISA assay (P<0.001) |
| Sustained Release | 80% activity loss at 6 hours | 72-hour sustained release (R²=0.98) | In vitro release kinetics model |
| Cell Proliferation | HSF cell proliferation: +150% | HSF cell proliferation: +240% | CCK-8 assay (P<0.01) |
Comparison with hormonal hair growth liquids
| Comparison dimensions | Morre BOOSTING ESSENCE（Cacumen Platycladi+PDNVs） | Hormonal hair growth liquid (other brands) |
|---|---|---|
| CORE INGREDIENTS | Natural AR antagonist Platycladus orientalis + PDNVs (chemical vasodilator) | Minoxidil (synthetic vasodilator) |
| TECHNICAL PLATFORM | PDNVs nano-targeting technology (SCIENCE-backed) | Traditional solvent formulas (ethanol/propylene glycol) |
| ANTI-ANDROGEN MECHANISM | Triple-blocking: inhibits DHT synthesis, reduces signaling, accelerates metabolism | No anti-androgen action (may worsen hormonal imbalance) |
| SCALP PENETRATION | Reaches hair papillae (500 μm depth) | Stays on epidermis (100 μm depth) |
| ANTI-INFLAMMATORY REPAIR | 68% TNF-α inhibition + 2× faster wound healing | No anti-inflammatory function (alcohol exacerbates dryness) |
| SAFETY | EU ECOCERT organic certified (zero hepatorenal toxicity) | Teratogenic risk (FDA black box warning) |
| LONG-TERM EFFICACY | 75% reversal of hair follicle miniaturization after 3 months | 45% decline in efficacy after 12 months |
| ENVIRONMENTAL IMPACT | Biodegradable process (60% reduced carbon footprint) | Chemical synthesis pollution (wastewater COD超标) |
| SUITABILITY FOR SPECIAL GROUPS | Safe for pregnant women/sensitive skin (<0.1% allergenicity) | Contraindicated during pregnancy/lactation |
Jun-Chen Collaborative Experiment Data
| Combination | Key Indicator | Synergistic Multiple | Mechanism Analysis |
|---|---|---|---|
|
Platycladus orientalis PDNVs + Ginger PDNVs |
Epidermal layer (≤100 MM) | 1.4 | Ex vivo skin fluorescence tracing experiment |
| 35% TNF-α inhibition rate | 2.1 | ELISA assay (p<0.001) | |
| 80% activity decay in 6 hours | 1.8 | In vitro release kinetics model |
