000 μm Amino PMMA Particles
PMN1000UM Amino PMMA Particles are 1000 μm (1 mm) functionalized polymethyl methacrylate microspheres supplied with 10% solid content.
The particle surface contains amino (-NH₂) functional groups, providing reactive sites for chemical coupling and surface modification. These amino groups enable attachment of proteins, antibodies, peptides and other biomolecules through suitable conjugation methods.
PMN1000UM is designed for applications including biomolecule immobilization, protein coupling, surface functionalization and polymer research.
Available package sizes include 10 mL, 20 mL, 100 mL and 1 L.
Key Features
1000 μm (1 mm) Amino-functionalized PMMA microspheres
Solid content: 10%
Surface amino (-NH₂) groups
Suitable for biomolecule coupling
Large particle size with stable structure
Good chemical stability
Compatible with surface modification processes
Suitable for biological and material research
Technical Specifications
Parameter | Specification |
|---|
Product Code | PMN1000UM |
Product Name | Amino PMMA Particle |
Particle Size | 1000 μm (1 mm) |
Solid Content | 10% |
Surface Functional Group | Amino (-NH₂) |
Material | PMMA (Polymethyl Methacrylate) |
Form | Microsphere Suspension |
Package | 10 mL / 20 mL / 100 mL / 1 L |
Applications of 1000 μm Amino PMMA Particles
PMN1000UM Amino PMMA Particles can be used for:
Protein immobilization
Antibody coupling
Biomolecule conjugation
Surface functionalization
Polymer modification research
Chemical coupling studies
Material science applications
Laboratory research
Amino PMMA Microspheres for Biomolecule Coupling
The amino groups on PMN1000UM particles provide reactive sites for biomolecule attachment.
Common applications include:
These properties make PMN1000UM suitable as a functional microsphere platform for biological and material research.
Amino PMMA Particles for Surface Modification
PMN1000UM provides a large PMMA microsphere platform with reactive amino groups.
Potential applications include:
Functional coating research
Polymer surface modification
Material interface studies
Chemical coupling research
Advantages of Amino Functionalized PMMA Particles
Compared with non-functionalized PMMA particles, PMN1000UM provides:
Reactive NH₂ surface groups
Flexible surface chemistry
Improved coupling capability
Stable PMMA microsphere structure
Expanded application possibilities
Why Choose PMN1000UM Amino PMMA Particles?
PMN1000UM combines:
1000 μm (1 mm) controlled particle size
10% solid content
Amino (-NH₂) surface functionality
PMMA material advantages
Stable microsphere suspension
It provides a reliable functional microsphere platform for surface modification, biomolecule coupling and material science research.
Available Package Sizes
PMN1000UM Amino PMMA Particles are available in:
Handling Recommendations
Mix gently before use.
Avoid strong mechanical agitation.
Prevent contamination during handling.
Store according to product documentation.
Confirm compatibility with the intended coupling chemistry.
Frequently Asked Questions (FAQ)
What is PMN1000UM?
PMN1000UM is a 1000 μm (1 mm) Amino PMMA Particle product with 10% solid content and surface amino (-NH₂) functional groups.
What is the particle size of PMN1000UM?
The particle diameter is 1000 μm (1 mm).
What is the solid content of PMN1000UM?
PMN1000UM is supplied with 10% solid content.
What functional group is available on PMN1000UM?
PMN1000UM contains amino (-NH₂) groups on the particle surface.
What are Amino PMMA Particles used for?
They are used for biomolecule coupling, protein immobilization, surface modification and material science research.
Can PMN1000UM be used for protein coupling?
Yes. The amino groups can be used for biomolecule immobilization and surface conjugation.
What material are PMN1000UM particles made from?
PMN1000UM particles are made from PMMA (Polymethyl Methacrylate).
Are PMN1000UM particles supplied as powder or suspension?
PMN1000UM is supplied as a microsphere suspension.
What package sizes are available?
PMN1000UM is available in 10 mL, 20 mL, 100 mL and 1 L packages.
