Magnetic Nickel Beads

Magnetic beads are small, spherical magnets with versatile applications. These beads are commonly used in jewelry making, crafting, and scientific experiments due to their strong magnetic properties and compact size. They can easily be incorporated into designs for unique, functional accessories or used in educational kits to demonstrate magnetic principles. Available in various materials and coatings, magnetic beads offer both aesthetic appeal and practical utility for diverse uses.

Advantages

High Consistency

The products' cpk value of Br and Hcj is much higher than 1.67 withexcellent consistency.The surface magnetism and magnetic flux consisfency inthe same batch of products can be controlled within +/-1 %.

High anti-corrosion nature

The better electroplating technology will surely meet the lient's variousanti-corrosion needs of the product. lts high anti-corrosion nature platingcopper, nickel plus epoxide, determination of resistance to neutral salt spray andmoisture and heating test can reach above 1000 hrs.

Low weight loss

The excellent NdFeB material is going to help the finished product havelonger service life under harsh environmental conditions.PCT test:130℃.Humidty: 100%,Steam pressure 2.7 bar, 20 days, average<2 mg="">

High operating temperature

Our finished- product has excellent temperature resistance, which meetsthe industrial standard. For the current AH series products, the highest Hcj canreach 40kOe,and they can replace with the SmCo magnet.

Products Features

High magnetism: Magnetic beads have strong magnetism and can quickly separate and capture target substances. They are suitable for molecular biology experiments, such as DNA, RNA, and protein extraction.

Multiple functional surfaces: Magnetic beads can be coated or functionalized to have different chemical and biological activities to meet specific experimental needs, such as antibody binding, enzyme-linked reactions, etc.

High purity and high recovery rate: During sample separation and purification, magnetic beads can provide high purity and recovery rate to ensure the reliability of experimental results.

Easy operation: No centrifugation or filtration is required. Only magnetic field separation is required to separate and extract target substances, simplifying the experimental process.

Low nonspecific adsorption: After optimized surface coating and treatment, magnetic beads can effectively reduce nonspecific adsorption and improve experimental accuracy.

Wide application: Magnetic beads can be used in a variety of experimental techniques and platforms, compatible with automated equipment, and suitable for high-throughput experimental needs.

FAQ

1. What are the main uses of magnetic beads?

Magnetic beads are widely used in biomolecule separation and purification experiments, such as DNA and RNA extraction, protein purification, cell sorting, and immunoprecipitation experiments.

2. How do magnetic beads work?

Magnetic beads bind to target molecules (such as nucleic acids, proteins, or antibodies) through surface functionalization and are then separated by an external magnetic field. After the target molecules attach to the magnetic beads, magnetic force is used to separate the magnetic beads from the liquid.

3. Can magnetic beads be reused?

Some magnetic beads can be washed and reused under appropriate conditions. However, whether they can be reused depends on the specific application and the type of magnetic beads used. It is recommended to check the instructions for use of the specific product.

4. Do magnetic beads damage the target molecules?

Magnetic beads usually do not damage the target molecules because the separation process does not require centrifugation or severe physical treatment, which is gentler than traditional methods.

5. Are magnetic beads suitable for automated systems?

Yes, magnetic beads are compatible with many automated workstations and high-throughput equipment, and are very suitable for automated experiments that require rapid separation.