Polypropylene Micro Vial, 9mm 0.3ml Screw Neck

Description:

The polypropylene micro vial with a 9mm 0.3ml screw neck is a compact and reliable vial designed for precise sample containment in laboratory settings. Constructed from high-quality polypropylene (PP) material, this vial offers excellent chemical resistance and compatibility with a wide range of solvents and samples. The 0.3ml capacity is ideal for handling small volumes of samples, making it suitable for applications where limited sample availability or high sensitivity analysis is required.

The vial features a 9mm screw neck design, which provides a secure and leak-free seal. The screw neck ensures easy and efficient sealing and allows for repeated access to the sample when needed. The vial is compatible with various 9mm screw caps, offering flexibility in closure options based on specific requirements.

With its compact size, the polypropylene micro vial is suitable for use with autosamplers, enabling seamless integration into automated sample handling and analysis systems. This compatibility streamlines high-throughput sample processing and reduces the risk of errors.

The polypropylene micro vial, with its 9mm screw neck and 0.3ml capacity, offers a reliable solution for laboratory sample containment. Its compact size, compatibility with autosamplers, and secure screw neck design make it a convenient and efficient option for handling small volumes of samples. The vial’s clear visibility, compatibility with various screw caps, and chemical resistance further enhance its usability in a range of laboratory applications.

Features of Polypropylene Micro Vial, 9mm 0.3ml Screw Neck:

1. Material: The micro vial is made of high-quality polypropylene (PP) material, which offers excellent chemical resistance and compatibility with a wide range of solvents and samples used in laboratory applications.

2. Small Volume Capacity: With a capacity of 0.3ml, this micro vial is designed to handle small sample volumes. It is ideal for applications where limited sample availability or high sensitivity analysis is required.

3. Screw Neck Design: The vial features a 9mm screw neck design, which provides a secure and leak-free seal. The screw neck allows for easy and efficient sealing, ensuring the integrity of the sample during storage and analysis. It also enables easy access to the sample when needed.

4. Compatibility: The 9mm screw neck design makes the micro vial compatible with various 9mm screw caps. This compatibility offers flexibility in closure options based on specific requirements, allowing for customization and sealing preferences.

5. Compact Size: The micro vial’s compact size makes it suitable for use with autosamplers, enabling seamless integration into automated sample handling and analysis systems. This compatibility streamlines high-throughput sample processing and reduces the risk of errors.

6. Clear and Transparent: The vial is made of clear polypropylene material, providing excellent visibility of the sample contents. This feature allows for easy visual inspection and monitoring of the samples during storage and analysis.

7. Graduated Markings: Some micro vials may be marked with clear and accurate graduation lines, enabling precise sample volume measurements. This feature is particularly useful when working with small sample volumes or when precise dilutions are required.

8. Quality Construction: The micro vial is manufactured with stringent quality control measures to ensure consistent performance and reliability. The vials are designed to withstand rigorous laboratory use and provide long-lasting durability.

The polypropylene micro vial with a 9mm screw neck and 0.3ml capacity offers several features that make it a reliable choice for laboratory sample containment. Its small volume capacity, secure screw neck design, and compatibility with various screw caps provide convenience and flexibility in sample handling and analysis processes. With its clear visibility, optional graduation markings, and thermal and chemical resistance, this micro vial meets the needs of various laboratory applications.