Centered on product selection, quality control, application communication, and custom development, we provide clearer solution support and implementation capabilities.
Calcium hydroxyapatite microspheres (CaHA) are widely used in aesthetic medicine for facial soft-tissue filling and contour shaping. With a 25–45 μm microsphere structure, they provide immediate support while stimulating collagen formation, delivering both structural support and tissue-regeneration effects.
Centered on cosmetic active peptides, our product lineup covers recombinant collagen, salmon-derived PDRN, hydroxyapatite and PLLA/PDLLA/PCL biomaterials, paired with premium functional actives such as adenosine, carnosine, ectoin, proxylane, ergothioneine, tranexamic acid, α-arbutin, ethyl ascorbic acid and full-series ceramides. We build a full-spectrum raw material system for anti-wrinkle firming, barrier repair, anti-oxidation, soothing care and skin brightening. Our scientifically compounded ingredients achieve synergistic effects beyond single-component formulas, featuring high purity, high activity and stable safety. They are widely applicable to serums, single-use ampoules, lyophilized powders, masks, lotions, creams and salon-grade skincare formulations. We provide standard in-stock raw materials, customized ingredient specifications and professional formula technical support to meet diverse R&D needs. Batch-specific COA, SDS and complete technical documents are available, with sample testing services supported. We offer one-stop services from raw material selection and compatibility verification to mass production. Solving formula development pain points, we help clients launch competitive anti-aging and skin-repair skincare products, capturing market opportunities in innovative regenerative skincare.
Hydroxyapatite can be deposited onto titanium and titanium-alloy implant surfaces through plasma spraying and related techniques to form bioactive coatings. This significantly improves bonding between the implant and bone tissue, accelerates osseointegration, and is widely used in orthopedic and dental implant systems.
In oral medicine, hydroxyapatite is commonly used in clinical scenarios such as alveolar-bone defect repair, periodontal bone regeneration, extraction-socket preservation, sinus lifting, and peri-implant bone augmentation, making it one of the important bone-substitute materials in dentistry.
Shortlist materials by anti-aging/brightening, barrier, aesthetic support, and scalp-care scenarios.
Define the lead benefit (anti-aging/brightening/antioxidant) and chassis (serum, cream, lotion), then shortlist actives such as Pro-Xylane, ectoin, adenosine, VC ethyl ether, α-arbutin, retinol, or HEPES. Share volume and required files (COA, MSDS). Xi'an Wanlv maps available grades and docs; samples/MOQ/lead time are confirmed on inquiry. Original-pack only.
EOP / AP / NP / AS differ structurally; formulas often combine types for barrier lipids and sensory goals. Choice depends on solubility system and chassis. Xi'an Wanlv can discuss ceramide grades and complexes—docs and timing on inquiry.
State end use and compliance boundaries clearly. PLLA/PDLLA/PCL, PDRN, recombinant collagen, sponge microneedles, and graded hydroxyapatite differ in documentation needs. Registration files follow project stage; grades outside supply/compliance boundaries are not promised. Xi'an Wanlv helps map discussable specs and common docs—original-pack only.
OCT (piroctone olamine) is commonly anti-dandruff-related; zinc PCA is more scalp oil/condition-oriented. They may be used alone or together depending on solubility and filing usability. Share chassis and benefit—Xi'an Wanlv can confirm specs and supply cadence.
