The RETSCH 222220002 Glass Beads 0.25-0.50mm are a versatile and high-quality product designed to fulfill a wide range of laboratory and research needs. These glass beads serve as an essential resource in various applications, including sample homogenization, cell disruption, and high-throughput DNA extraction.
Made from premium quality soda-lime glass, these beads offer exceptional uniformity in size and shape. The precise manufacturing process ensures that each bead falls within the specified diameter range of 0.25-0.50mm, providing consistent and reliable results. The spherical shape of the glass beads ensures efficient mixing and grinding, minimizing sample loss and maximizing the homogenization process's effectiveness.
The RETSCH 222220002 Glass Beads are chemically inert, making them suitable for use with a vast range of samples and solutions. They are also resistant to thermal cracking, ensuring durability even when subjected to extreme temperatures. This remarkable feature allows these glass beads to be used in both high and low-temperature applications, expanding their versatility and value to the users.
Moreover, the smooth surface of these glass beads contributes to reduced sample contamination, ensuring pure and accurate test results. Their non-porous nature prevents chemical reactions with the sample or the absorption of contaminants, guaranteeing reliable and consistent outcomes in various scientific experiments.
The RETSCH 222220002 Glass Beads are supplied in a convenient package that ensures their safety during transportation and storage. Available in different quantities, customers can choose the packaging size that best suits their requirements and budget. The glass beads' compatibility with a variety of commonly used laboratory instruments further adds to their ease of use and convenience.
Whether you are working in the field of biological research, pharmaceuticals, or material sciences, the RETSCH 222220002 Glass Beads 0.25-0.50mm are the ideal solution for your sample preparation needs. With their premium quality, uniformity, chemical inertness, and durability, these glass beads provide outstanding value for your laboratory operations, contributing to the advancement of scientific knowledge and innovation.
Made from premium quality soda-lime glass, these beads offer exceptional uniformity in size and shape. The precise manufacturing process ensures that each bead falls within the specified diameter range of 0.25-0.50mm, providing consistent and reliable results. The spherical shape of the glass beads ensures efficient mixing and grinding, minimizing sample loss and maximizing the homogenization process's effectiveness.
The RETSCH 222220002 Glass Beads are chemically inert, making them suitable for use with a vast range of samples and solutions. They are also resistant to thermal cracking, ensuring durability even when subjected to extreme temperatures. This remarkable feature allows these glass beads to be used in both high and low-temperature applications, expanding their versatility and value to the users.
Moreover, the smooth surface of these glass beads contributes to reduced sample contamination, ensuring pure and accurate test results. Their non-porous nature prevents chemical reactions with the sample or the absorption of contaminants, guaranteeing reliable and consistent outcomes in various scientific experiments.
The RETSCH 222220002 Glass Beads are supplied in a convenient package that ensures their safety during transportation and storage. Available in different quantities, customers can choose the packaging size that best suits their requirements and budget. The glass beads' compatibility with a variety of commonly used laboratory instruments further adds to their ease of use and convenience.
Whether you are working in the field of biological research, pharmaceuticals, or material sciences, the RETSCH 222220002 Glass Beads 0.25-0.50mm are the ideal solution for your sample preparation needs. With their premium quality, uniformity, chemical inertness, and durability, these glass beads provide outstanding value for your laboratory operations, contributing to the advancement of scientific knowledge and innovation.