Nasmed Sodium Citrate 3.8% Vacuum Blood Collection Tube - 2ml PP and PET Pack of 100 Tubes (NVESR1.8)

Key Features:

1. Sodium Citrate Anticoagulant: These vacuum blood collection tubes are equipped with 3.8% Sodium Citrate, a proven anticoagulant. Sodium Citrate prevents blood clotting by binding calcium ions, ensuring the preservation of the blood sample for accurate testing.

2. 1.8ml PP and PET Tube: The tubes feature a construction made of polypropylene (PP) and polyethylene terephthalate (PET), combining durability and flexibility. The 1.8ml capacity provides an optimal volume for blood sample collection.

3. Vacuum Technology: Each tube incorporates vacuum technology, enabling efficient and uniform blood sample collection. The vacuum facilitates a smooth draw of blood into the tube, minimizing the risk of clot formation during collection.

4. Pack of 100 Tubes: The tubes are conveniently packaged in a set of 100, offering medical facilities and laboratories a cost-effective and efficient solution for routine blood sample collection requirements.

5. Quality Materials: Crafted from high-quality PP and PET materials, these blood collection tubes adhere to industry standards for safety and reliability. The materials are selected to preserve the integrity of blood samples during storage and transportation.

6. Easy Identification: Each tube is clearly labeled with Sodium Citrate markings for easy identification and proper handling in the laboratory setting. This labeling helps healthcare professionals distinguish these tubes from others in their inventory.

7. Universal Compatibility: These vacuum blood collection tubes are compatible with various blood collection systems and devices commonly used in healthcare facilities. Their universal compatibility enhances flexibility in laboratory workflows.

8. Secure Sealing: The tubes are designed with secure seals to prevent leakage and maintain the sterility of each individual tube. This feature is crucial for preserving the quality of blood samples and preventing contamination.