Worldwide Shipping Psl Spheres, 30.0 μm 15ml Bottle Polystyrene Latex Beads Get 70% Off Today [VTWGPfBo]

PSL Spheres: Precision Calibration Standards

The Worldwide Shipping Psl Spheres, 30.0 μm 15ml Bottle Polystyrene Latex Beads Get 70% Off Today [VTWGPfBo], are precision calibration standards designed to meet the highest standards of accuracy in particle size measurement. These standards are ideal for calibrating laser particle counters and liquid particle counters, ensuring reliable and traceable size measurements. The uniformity of the polystyrene microspheres is achieved through calibration within nanometers, referencing the renowned NIST SRMN size standards. This ensures that each particle size standard is highly precise and can be used with confidence in various scientific and industrial applications.

• Uniformity: Calibrated within nanometers for unmatched uniformity.
• Traceability: Referenced to NIST SRMN size standards for traceability.

Key Product Features

The PSL Spheres offer a comprehensive range of features that make them an essential tool for particle size calibration. Each 15ml bottle contains highly uniform polystyrene microspheres, providing a reliable reference for calibration purposes. The spheres are packaged in deionized water solutions, ensuring they are ready for immediate use without the need for dilution. This convenience saves valuable time and resources, allowing users to focus on their core scientific tasks.

• Convenience: Ready-to-use 15ml bottles for immediate application.
• Non-Dilution: No dilution required for use, saving time and resources.

Applications and Benefits

The PSL Spheres are versatile and widely used in various fields, including semiconductor industry, scientific research, and quality control. They are an essential tool for producing PSL Wafer Standards used in calibrating KLA and Hitachi wafer inspection systems. Furthermore, these standards are used to create aerosol size challenges, enabling accurate calibration of laser particle counters and size response in inspection systems. The precision and reliability of these standards contribute to enhanced quality control and research outcomes.

• Quality Control: Essential for semiconductor industry calibration and quality control.
• Research Support: Reliable for scientific research and development.