
Products
SHBC provides colored microspheres, fluorescent microspheres, magnetic beads, silica microspheres, chromatography packing microspheres and biological reagents for diagnostic assay development, nucleic acid extraction, protein purification and separation applications.
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MC200NM-10
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SHBC
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5%
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200nm
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10ml,20ml,50ml ,500ml,1000ml
Product Overview of MagCOOH200NM Carboxyl Magnetic Beads
MC200NM-10 is a high-performance 200nm carboxyl magnetic bead specially developed for immunoassay research, electrochemiluminescence immunoassay (ECLIA), and IVD reagent manufacturing.
The magnetic microspheres feature a uniform 200nm particle size and abundant surface carboxyl groups (-COOH), providing efficient covalent coupling with antibodies, antigens, proteins, peptides, and other biomolecules.
With excellent magnetic responsiveness, stable suspension performance, and reliable batch consistency, MC200NM-10 is designed to meet the requirements of diagnostic reagent companies and biotechnology manufacturers for high-quality magnetic particles in large-scale production.
Key Features of 200nm COOH Magnetic Beads
Efficient Biomolecule Coupling
The carboxyl-functionalized surface enables stable EDC/NHS-mediated coupling with amino-containing biomolecules, including antibodies, proteins, and peptides.
Optimized Particle Size for Immunoassays
The 200nm particle size provides a balanced surface area and magnetic separation performance, making it suitable for sensitive immunoassay and chemiluminescence detection systems.
Strong Magnetic Response
The superparamagnetic core allows rapid magnetic separation, improving workflow efficiency during incubation, washing, and detection procedures.
Low Non-Specific Adsorption
The optimized polymer coating structure reduces non-specific binding and helps improve signal-to-background ratio in diagnostic assays.
Excellent Batch Reproducibility
Controlled manufacturing processes ensure consistent particle size distribution, surface properties, and assay performance between batches.
Technical Specifications of MagCOOH200NM
Parameter | Specification |
|---|---|
Product Name | MC200NM-10 |
Particle Size | 200 nm |
Functional Group | Carboxyl (-COOH) |
Solid Content | 5% |
Core Material | Superparamagnetic Iron Oxide |
Surface Modification | Carboxyl Functionalized Polymer Layer |
Coupling Chemistry | EDC/NHS Activation |
Dispersion | Stable Magnetic Suspension |
Application | Immunoassay, ECLIA, IVD Reagent Development |
Applications in Electrochemiluminescence Immunoassay (ECLIA)
MC200NM-10 carboxyl magnetic beads are widely used as solid-phase carriers in advanced diagnostic platforms.
Electrochemiluminescence Immunoassay
The magnetic beads provide a stable platform for antibody or antigen immobilization, supporting high-sensitivity ECLIA reagent development.
Chemiluminescent Immunoassay (CLIA)
Suitable for magnetic particle-based chemiluminescence systems requiring efficient separation and reliable signal generation.
Antibody and Antigen Immobilization
The carboxyl surface enables covalent attachment of antibodies, antigens, enzymes, and other biological molecules.
Diagnostic Reagent Manufacturing
Designed for IVD companies developing commercial immunoassay kits with requirements for consistent quality and scalable supply.
Carboxyl Magnetic Beads for IVD Reagent Development and Manufacturing
For diagnostic reagent manufacturers, magnetic bead performance directly affects assay sensitivity, stability, and production efficiency.
MC200NM-10 provides:
High coupling efficiency for antibodies and proteins
Stable magnetic separation performance
Reduced background interference
Improved assay repeatability
Reliable production consistency
Compatibility with automated immunoassay systems
These advantages make MC200NM-10 an ideal magnetic particle solution for companies developing electrochemiluminescence and immunodiagnostic products.
Advantages of SHBC Magnetic Beads for Diagnostic Applications
SHBC carboxyl magnetic beads are manufactured using advanced magnetic microsphere technology with a unique structural design.
The magnetic beads consist of:
Porous polymer core
Magnetic material layer
Functional polymer shell
This structure provides:
✓ Uniform particle size distribution
✓ High magnetic responsiveness
✓ Excellent suspension stability
✓ Low non-specific adsorption
✓ High biomolecule coupling efficiency
✓ Stable batch-to-batch performance
SHBC supports global biotechnology and IVD customers with reliable magnetic bead products for research and industrial applications.
Bulk Supply and Customization Services for Magnetic Beads
SHBC provides flexible manufacturing solutions for customers requiring laboratory research quantities and industrial-scale production.
Customization options include:
Particle size customization
Surface functional group modification
Solid content adjustment
Buffer optimization
Packaging customization
Bulk production supply
Our magnetic beads are suitable for diagnostic companies, reagent manufacturers, biotechnology enterprises, and research organizations worldwide.
Frequently Asked Questions About 200nm Carboxyl Magnetic Beads
What are 200nm carboxyl magnetic beads used for?
200nm carboxyl magnetic beads are mainly used for immunoassay development, ECLIA reagent production, antibody coupling, protein immobilization, and diagnostic research applications.
Why choose 200nm magnetic beads for immunoassays?
The 200nm particle size provides a good balance between surface area, biomolecule loading capacity, and magnetic separation efficiency, making it suitable for sensitive immunoassay platforms.
How do carboxyl magnetic beads couple with antibodies?
Carboxyl magnetic beads use EDC/NHS activation chemistry to form stable amide bonds between surface carboxyl groups and amino groups on antibodies or proteins.
Can MagCOOH200NM be supplied for commercial production?
Yes. SHBC provides bulk production and OEM customization services for IVD companies and diagnostic reagent manufacturers.
What is the solid content of MC200NM-10?
MC200NM-10 is supplied with a 5% solid content suspension, suitable for immunoassay development and manufacturing processes.


