Specifications
Payment Terms :
T/T
Osteoconductivity :
Promoted by HA component
Material Composition :
Poly(D,L-lactic acid) and Hydroxyapatite
Supply Ability :
100000
Mechanical Strength :
Enhanced compared to pure PDLLA
Biodegradability :
Yes
Model Number :
PDLLAHA001
Color :
White to off-white
Processing Methods :
Solvent casting, electrospinning, 3D printing
Packaging Details :
VIALS PACKING
Biocompatibility :
High
MOQ :
1
Delivery Time :
3-5 DAYS
Degradation Rate :
Adjustable via PDLLA molecular weight and HA content
Thermal Stability :
Improved with HA addition
Price :
40USD
Density :
Varies, typically around 1.2-1.4 g/cm³
Application :
Bone tissue engineering, orthopedic implants
Brand Name :
FITAKH
Surface Morphology :
Roughened by HA particles
Certification :
NMPA ISO13485 GMP
Hydrophilicity :
Increased due to HA
Place of Origin :
CHINA
Porosity :
Controlled porosity depending on fabrication method
Description
Tunable Parameters and Optimized Dispersion | PDLLA+HA Microsphere Composite Gel with Customizable Size
PDLLA+HA Microsphere Composite Gel
Product Overview
PDLLA+HA (Poly-DL-Lactide) Microsphere Composite Gel is a high-end soft regenerative composite substrate raw material independently optimized for biomedical and aesthetic regeneration fields. Combined with upgraded dispersion system technology, this material breaks the performance limitations of traditional single polymer gel and realizes multi-dimensional customizable characteristics, meeting the personalized R&D and production needs of downstream manufacturers.
Core Product Advantages
  • Fully Tunable Custom Parameters: It supports four core adjustable indicators to adapt diversified product formulas. The particle size of microspheres can be precisely controlled to match different tissue filling and regeneration requirements; the degradation cycle is flexible and adjustable to fit short-term repair and long-term anti-aging scenarios. Meanwhile, the composite ratio of PDLLA microspheres and HA matrix, as well as the gel matrix viscosity and toughness, can be freely optimized, realizing zero-difference docking with customers’ finished product systems.
  • Optimized Dispersion System & Stable Regenerative Performance: The upgraded uniform dispersion technology effectively solves the problems of microsphere agglomeration, precipitation and uneven mixing in traditional gels. It ensures stable suspension of microspheres in the HA hydrogel matrix, maintaining consistent structural strength and biological activity. As a soft regenerative substrate, it possesses excellent biocompatibility, no irritation, and can induce endogenous tissue regeneration, with safe and controllable metabolic degradation.
Main Application Scenarios
Widely applicable in medical aesthetic regenerative filling, subcutaneous tissue repair, skin anti-aging and rejuvenation, and biomedical carrier materials. It is also suitable for functional skincare regeneration raw material formulation, soft tissue defect repair research and development, and customized medical biomaterial production, serving high-standard downstream medical and cosmetic manufacturing industries.
Tunable Parameters PDLLA+HA Microsphere Composite Gel With Customizable Size
Tunable Parameters PDLLA+HA Microsphere Composite Gel With Customizable Size
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Tunable Parameters PDLLA+HA Microsphere Composite Gel With Customizable Size

Ask Latest Price
Payment Terms :
T/T
Osteoconductivity :
Promoted by HA component
Material Composition :
Poly(D,L-lactic acid) and Hydroxyapatite
Supply Ability :
100000
Mechanical Strength :
Enhanced compared to pure PDLLA
Biodegradability :
Yes
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Tunable Parameters PDLLA+HA Microsphere Composite Gel With Customizable Size
Tunable Parameters PDLLA+HA Microsphere Composite Gel With Customizable Size

Guangdong Fitakh Pharmaceutical Biotechnology Co., Ltd.

Verified Supplier
1 Years
guangzhou
Since 2020
Business Type :
Manufacturer, Trading Company
Employee Number :
50~100
Certification Level :
Verified Supplier

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