Complete Thermo Scientific - Pcr Tube Conical Bottom Plain 0.2 Ml Without Color Coding Snap Cap Polypropylene Tube - 21402165 In Multiple Colors [XCrJnzT5]

Thermo Scientific - PCR Tube Conical Bottom Plain 0.2 mL

Thermo Scientific presents the PCR Tube Conical Bottom Plain 0.2 mL, a premium solution for your PCR experiments. Designed for optimal performance, these tubes are engineered with thin walls to ensure efficient heat transfer, making them ideal for precise and reliable PCR processes. The snap cap feature provides a secure seal, minimizing evaporation and maintaining the integrity of your samples. With their frosted flat caps, these tubes offer a convenient and effective way to handle your PCR reagents.

Product Specifications and Technical Details

Featuring a volume of 0.2 mL, these PCR tubes are designed to meet the specific requirements of PCR applications. Their plain, non-color-coded design allows for easy identification and tracking of samples. The polypropylene material is known for its durability and resistance to chemicals, ensuring long-lasting performance. These tubes are non-sterile, making them suitable for a wide range of laboratory environments. With a stock number of 951552 and a manufacturer number of 21402165, these tubes are easily identifiable and readily available for your research needs.

Practical Applications and Benefits

Whether you are conducting routine PCR experiments or working on complex genetic research, the Thermo Scientific PCR Tube Conical Bottom Plain 0.2 mL is a versatile tool for your laboratory. The secure snap cap design not only minimizes evaporation but also prevents cross-contamination, ensuring the purity of your samples. The frosted flat caps make it easy to read labels and identify tubes quickly. With their assorted tube colors, you can easily differentiate between different samples. These tubes are compatible with most thermal cyclers, making them a convenient choice for various PCR applications. Trust Thermo Scientific for high-quality PCR tubes that deliver reliable results and enhance your research efficiency.