Size: 30-200 μm
Good balance of rigidity and toughness.
Chemical Resistance.
Poly(methyl methacrylate) (PMMA) microspheres, also known as acrylic microspheres, exhibit high sphericity and uniform size. They are extensively used in drug delivery, bioimaging, and biomedical device engineering.
Key Features
•High Sphericity: Provides a perfectly spherical shape for consistent flow and surface area.
•Tunable Size: Particle size is highly controllable and uniform.
•Reliable Performance: Stable physical and chemical properties ensure reproducibility.
Applications
•Controlled Drug Release: PMMA microspheres can be used to regulate drug release rates and extend the half-life of medications.
•Dermal Fillers: Used in medical aesthetics for subcutaneous injection to fill depressions and reduce wrinkles.
•Bone Repair: Used in bone cement and as a biocompatible scaffold to support bone regeneration.
•Biomedical Devices: Employed in biosensors, diagnostic equipment, and dental materials.
•Industrial Coatings: Used as an additive to improve the durability and protective properties of high-end coatings.
Product Specifications
•Form: Solid particles
•Storage: 2-8°C
Material | Functional Group | Mean Diameter | Pack Size |
PMMA | None | 30 μm | 50 mg |
PMMA | None | 40 μm | 50 mg |
PMMA | None | 50 μm | 50 mg |
PMMA | None | 60 μm | 50 mg |
PMMA | None | 70 μm | 50 mg |
PMMA | None | 80 μm | 50 mg |
PMMA | None | 90 μm | 50 mg |
PMMA | None | 100 μm | 50 mg |
PMMA | None | 150 μm | 50 mg |
PMMA | None | 200 μm | 50 mg |
•Note: For research use only.
•Custom particle sizes and molecular weights are available upon request.
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