Tarson Spinwin Maxipense Micro Centrifuge Tube, Material - PP conforming to USP Class VI

The Tarson Spinwin Maxipense Micro Centrifuge Tube is a premium laboratory vessel designed for precise sample handling and centrifugation applications. Crafted from polypropylene (PP) and conforming to USP Class VI standards, these tubes offer exceptional quality, purity, and reliability, making them suitable for a wide range of laboratory environments.

The Maxipense Micro Centrifuge Tube is engineered with a unique design that maximizes sample capacity while maintaining compatibility with standard microcentrifuge rotors. This allows researchers to process larger sample volumes without compromising centrifugation efficiency or requiring specialized equipment.

Constructed from high-quality PP, the tubes offer excellent chemical resistance and durability, ensuring compatibility with a wide range of laboratory reagents, buffers, and biological samples. This robust construction ensures reliable performance, even under rigorous centrifugation conditions, minimizing the risk of sample leakage or contamination.

Additionally, the tubes are designed with user convenience in mind, featuring clear volume markings for accurate sample measurement and a secure snap-cap closure to prevent sample leakage during centrifugation or storage. This ensures reliable performance and sample containment, allowing researchers to obtain accurate and reproducible results.

Compliant with USP Class VI standards, the Spinwin Maxipense Micro Centrifuge Tubes meet the highest standards of biocompatibility, ensuring their safety for use with biological materials and in medical applications. This certification provides researchers with confidence in the tubes' suitability for various laboratory procedures, including cell culture, DNA isolation, protein purification, and blood component separation.

Overall, the Tarson Spinwin Maxipense Micro Centrifuge Tube offers researchers a reliable and efficient solution for sample handling and centrifugation applications. Its durable construction, chemical resistance, and compliance with regulatory standards make it an indispensable tool in modern laboratory settings, ensuring accurate and reproducible experimental results.