2ml Centrifuge Tube, Packed in Bags, 100/Pack

• Warranty: 3 Years
• Material: Rubber / Plastic
• Capacity: 2mL
• Colour: Blue and White
• Transport Package: 100/Pack
• Specification: 100/Pack
• Model NO.: 2mL
• Trademark: RayCure
• Origin: China
• HS Code: 3926909090
• Production Capacity: 50000pieces/Year

Product Description

Our Advantages

* Made of medical-grade polypropylene with high strength and toughness, allowing for repeated freezing and thawing.
* The maximum storage capacity is 80% of the maximum graduation.
* Operating temperature range: from -196°C to 121°C, capable of withstanding high temperature and pressure.
* The cap features a sealing ring design to prevent sample leakage, ensuring the safety of the samples within the tube.

Product Parameters

Place of Origin	Xiamen, China
Warranty	3 years
Customized support	OEM
Brand Name	RayCure
Product name	2 mL centrifuge tube
Material	Plastic
Application	For Lab research

          The RayCure 2mL centrifuge tube is a transparent plastic tube used for liquid centrifugal separation in laboratories. This centrifuge tube has a capacity of 2 milliliters and is typically used for the handling and separation of small volumes of liquid. Its design can withstand the centrifugal forces generated during high-speed rotation without breaking or leaking. The  RayCure  2mL centrifuge tube is made from chemically resistant materials such as polyethylene or polypropylene to ensure the accuracy and safety of experiments.
Product Features:
1. High Quality: Made from high-quality raw materials to ensure product reliability and performance.
2. Graduated Markings: The tube body has clear graduation markings to facilitate accurate measurement and dispensing of liquids by the user.
3. Temperature Resistance: A wide operating temperature range can withstand high temperatures and pressures, meeting different experimental needs.
4. Seal Performance: The cap features a sealing ring design to effectively prevent sample leakage, ensuring experimental safety.
5. Reusability: Suitable for repeated freezing and thawing, making it applicable for multiple experiments.