Supertek Pasteur Pipette Non-Sterile - 1ml Pack of 500 Pieces (CH11622/1)

Description: Supertek Pasteur Pipettes Non-Sterile are precision-engineered tools designed for accurate liquid handling in laboratory applications. Crafted from non-toxic and unbreakable Low-Density Polyethylene (LDPE), these pipettes feature uniform wall thickness, low affinity, and a low binding surface. Ideal for various liquid transfer tasks, these pipettes offer reliability and ease of use.

Key Features:

1. Non-Toxic and Unbreakable LDPE Construction: Crafted from non-toxic and unbreakable Low-Density Polyethylene (LDPE), these pipettes prioritize user safety and durability. The LDPE material ensures flexibility, making the pipettes resistant to breakage during routine laboratory tasks.

2. Uniform Wall Thickness: The pipettes feature uniform wall thickness, contributing to consistent and reliable liquid handling. This design ensures that each pipette provides accurate and repeatable results during various applications, including sample transfers and dilutions.

3. Low Affinity: With low affinity, these pipettes minimize the risk of sample retention, ensuring efficient and complete liquid dispensing. Researchers can confidently use the pipettes for accurate measurements without concerns about residual liquid affecting subsequent experiments.

4. Low Binding Surface: The pipettes are designed with a low binding surface, reducing the likelihood of substances adhering to the pipette walls. This feature is crucial for applications requiring minimal sample interaction, maintaining the integrity of the transferred liquids.

Benefits:

1. Safe and Durable Material: The non-toxic and unbreakable LDPE material ensures user safety and durability.
   

2. Consistent and Reliable Liquid Handling: The uniform wall thickness contributes to consistent liquid handling, allowing researchers to achieve accurate and repeatable results.
   

3. Efficient Sample Transfer with Low Affinity: The low affinity of the pipettes ensures efficient sample transfer, minimizing the retention of liquids and facilitating complete dispensing.
   

4. Reduced Sample Interaction with Low Binding Surface: The low binding surface reduces the chance of substances adhering to the pipette walls, ensuring minimal sample interaction.