Mind-blowing Polybead® Microspheres 1.50μm Bundle [D3F4hx2l]

Highly Precise 1.50μm Polybead® Microspheres

Polybead® Microspheres are renowned for their exceptional quality and precision, offering a range of sizes from 50nm to 90μm. Our microspheres are meticulously crafted by our expert chemists, ensuring a precise and uniform particle size distribution. With a nominal mean diameter of 1.50μm, these microspheres are perfect for various applications where precise size control is critical. Key features include:

• Monodisperse particles for consistent performance
• 2.5% solids (w/v) aqueous suspension for easy handling
• Minimal surfactant for improved purity

Technical Specifications and Quality Control

Our Polybead® Microspheres are not just precise but also meet the highest standards of quality control. Each batch is meticulously tested to ensure a Coefficient of Variance (CV) of 5% or less, guaranteeing reliability in your experiments. The nominal reference values for our 1.50μm microspheres are as follows: 2.5% solids (w/v) aqueous suspension, containing 1.35 x 10¹⁰ particles per milliliter. These specifications make them ideal for a wide range of applications, including protein binding and other research purposes. Why choose Polybead® Microspheres:

• Superior monodispersity for reliable results
• Consistent size distribution for repeatable experiments

Applications and Benefits

Polybead® Microspheres are versatile and widely used in various scientific research and industrial applications. Their unique properties make them ideal for passive adsorption techniques, providing robust protein binding capabilities. Whether you are a researcher in the life sciences or an engineer in material science, these microspheres can enhance your experiments and improve your results. Target audiences include:

• Life scientists for protein binding and research applications
• Material scientists for material development and testing

Embrace the precision and reliability of Polybead® Microspheres and take your research to new heights.