72.699 Microtubes. 0.5 ml

**[H1: 72.699 Microtubes - Reliable 0.5 ml Storage Solutions]**
The 72.699 Microtubes are specifically designed for efficient storage and handling of biological samples, offering reliability and precision for laboratories, research facilities, and clinical environments. With a capacity of 0.5 ml, these microtubes ensure that your samples remain safely contained, facilitating accurate results in your experiments and assays.

**Key Features & Benefits:**
* **Durable Construction:** Made from high-quality polypropylene, these microtubes are designed to withstand various laboratory conditions including extreme temperatures and various chemical exposures, ensuring your samples are protected and preserved for reliable testing.
* **Secure Seal Design:** Each microtube features a secure screw cap that provides an airtight seal, minimizing the risk of contamination and evaporation, and ensuring the integrity of your valuable samples during storage and transportation.
* **Convenient Graduated Markings:** The side of each microtube is clearly marked with graduated measurements, allowing for easy and accurate volume readings at a glance, which simplifies your workflow and enhances precision in experiments.
* **Compatible with Standard Equipment:** Designed to fit most standard centrifuges and other lab equipment, these microtubes provide versatility and convenience, making them a perfect choice for any laboratory setup.
* **Pack of 100:** The 72.699 Microtubes come in a convenient pack of 100, making them an economical option for bulk usage while ensuring you have ample supply for multiple projects.

**Technical Specifications:**
* **Model Number:** 72.699
* **Volume Capacity:** 0.5 ml
* **Material:** Polypropylene
* **Dimensions:** 1.2 cm diameter x 5.5 cm height
* **Operating Temperature Range:** -80°C to +121°C
* **Color:** Transparent

Optimize your laboratory's efficiency and ensure the reliability of your sample handling with the 72.699 Microtubes. Order today and experience the perfect blend of durability and functionality for your critical research needs.