Tarson Polypropylene Racked Maxipense Low Retention Tip-Sterile - Pack of 10 Rack (960)

The "Tarson Polypropylene Racked Maxipense Low Retention Tip - Sterile, Pack of 10 Rack (960)" represents a specialized product tailored for laboratory pipetting needs. Here's a breakdown of its features:

1. Tarson: Denotes the brand or manufacturer of the pipette tips. Tarson is recognized for producing laboratory equipment and consumables.

2. Polypropylene: These pipette tips are crafted from polypropylene, a robust and chemically resistant plastic extensively utilized in laboratory settings for its durability and versatility.

3. Racked: The pipette tips are conveniently organized and packaged in racks, facilitating easy storage, handling, and loading into pipettors. This packaging format helps maintain cleanliness and organization in laboratory environments.

4. Maxipense: Indicates that the pipette tips are designed for high-precision dispensing of larger volumes. The term "maxipense" likely implies a focus on maximum precision.

5. Low Retention Tip: These pipette tips feature low retention properties, minimizing liquid retention to ensure more accurate and precise liquid handling. Low retention tips are particularly beneficial when working with viscous or low-surface-tension liquids.

6. Sterile: The pipette tips are sterile, having undergone a sterilization process to eliminate microorganisms. Sterility is essential in laboratory settings to prevent contamination of samples and ensure reliable experimental outcomes.

7. Pack of 10 Rack (960): This product is packaged in a set of 10 racks, with each rack containing 96 sterile pipette tips. The total quantity in the pack is 960 tips, catering to laboratory tasks with moderate to high throughput requirements.

Overall, the "Tarson Polypropylene Racked Maxipense Low Retention Tip - Sterile, Pack of 10 Rack (960)" offers a convenient and dependable solution for accurate, precise, and sterile liquid handling in laboratory settings. These tips are suitable for various applications where measurement accuracy, low liquid retention, and sterility are paramount.