English
中文简体
In the laboratory, the material of the experimental equipment often determines whether it can function stably. The 1.5ml centrifuge tube free-standing flat uses durable polypropylene fabric as the main material. Polypropylene has excellent physical properties and can withstand the strong centrifugal force generated during high-speed operation. During the high-speed rotation of the centrifuge, it will not break or deform due to force, providing a reliable basic guarantee for the experiment. It also has excellent temperature tolerance. Whether it is used to assist the rapid evaporation and concentration of samples in a high temperature environment or for long-term storage of biological samples in a low temperature environment, the centrifuge tube can maintain stable physical and chemical properties to ensure the integrity of the samples and the accuracy of the experimental results.
Sophisticated capacity adapts to various scenarios
The 1.5 ml capacity design seems ordinary, but it actually contains accurate insights into experimental needs. In the field of modern scientific research, many experiments involve relatively small sample volumes. Excessive capacity will not only cause waste of resources, but also affect the accuracy of the experiment. The 1.5ml capacity is just right, which can meet the needs of holding a small amount of liquid or sample, and will not cause problems such as sample dispersion and uneven concentration due to excessive volume. In genetic testing experiments, the extracted DNA or RNA samples are often small and precious. The 1.5ml centrifuge tube free-standing flat can accurately accommodate these samples. In the subsequent centrifugation, purification and other operations, the sample volume can be better controlled to improve the repeatability and accuracy of the experiment.
Innovative design optimizes the experimental experience
The flat-bottom design of the centrifuge tube is a highlight. During the centrifugation process, a stable placement state is essential. The flat-bottom structure enables the centrifuge tube to maintain a good balance in the centrifuge rotor, effectively preventing problems such as uneven sample distribution and experimental result deviation caused by the rolling of the centrifuge tube. Compared with traditional round-bottom centrifuge tubes, this flat-bottom design greatly improves the stability and reliability of the centrifugation process, allowing researchers to focus on the experiment itself without worrying about the risk of displacement of the centrifuge tube during high-speed operation, providing a solid guarantee for obtaining accurate experimental data.
The independent design of this centrifuge tube is another innovation. It can be placed firmly on the laboratory bench or in the centrifuge without the aid of additional shelves or brackets. During the busy experimental operation, researchers do not need to spend time looking for suitable supporting equipment. They can directly place the centrifuge tube in the required position, which not only improves the convenience of experimental operation, but also saves valuable laboratory space, making the experimental environment more tidy and orderly, and further improving the experimental efficiency.
Reliable sealing eliminates sample risks
The safety and integrity of experimental samples are one of the core concerns of scientific research. The 1.5ml centrifuge tube free-standing flat performs well in sealing performance. The leak-proof screw cap is designed with a special sealing structure. When the cap is tightened, it can fit tightly with the tube body to form a firm sealing effect. This sealing method can effectively prevent sample leakage and avoid loss and contamination caused by leakage during centrifugation, transportation or storage. In experiments involving infectious virus samples or high-value, high-sensitivity samples, the leak-proof sealing performance of the centrifuge tube is particularly important. It provides a reliable safety barrier for experimenters, ensures the safety of experimental operations and the integrity of samples, and effectively promotes the smooth progress of related scientific research.
Visual scale helps precise operation
The transparent side wall design of the centrifuge tube provides great convenience for researchers. During centrifugation or storage, researchers can easily monitor the status and changes of samples through the transparent tube body, such as observing the stratification of samples under the action of centrifugal force, judging whether the samples are precipitated or turbid, etc. This intuitive visibility enables researchers to grasp the progress of the experiment in a timely manner, flexibly adjust the experimental parameters or operation steps according to the actual situation of the samples, effectively avoiding experimental errors caused by the inability to observe the samples in real time, and providing strong support for the successful implementation of the experiment.
