Sodium Fluoride EDTA K2 Tubes Manufacturer | Reliable China Factory Suppliers
The Sodium Fluoride-EDTA K2 Tube is a specialized blood collection vessel engineered for high-precision glucose testing and glycolytic inhibition. By combining the anticoagulant properties of EDTA K2 with the antiglycolytic action of Sodium Fluoride, this tube ensures the stability of blood glucose levels, preventing the natural breakdown of sugar by red blood cells during transport and storage.
Designed for clinical excellence, these vacuum tubes minimize pre-analytical errors and provide laboratory professionals with reliable plasma samples. Whether used in routine diagnostic screenings or critical care monitoring, our Sodium Fluoride-EDTA K2 tubes meet stringent medical manufacturing standards to ensure patient safety and diagnostic accuracy.
Detailed Parameters
| Additive Type | Sodium Fluoride + EDTA K2 | Tube Material | Medical Grade PET |
|---|---|---|---|
| Cap Color | Grey/Specified Standard | Vacuum Level | Precision Calibrated |
| Sterilization | Gamma Irradiation | Stopper Material | Rubber with Seal |
| Application | Glucose & Lactate Testing | Shelf Life | 24 Months |
| Compatibility | Standard Vacuum Needles | Compliance | ISO/CE Standards |
Key Advantages
Glycolysis Inhibition
Sodium Fluoride effectively blocks glucose metabolism, ensuring accurate blood sugar readings even after delayed centrifugation.
Enhanced Stability
EDTA K2 provides superior anticoagulation, maintaining the integrity of the plasma sample for extended periods.
Vacuum Precision
Optimized vacuum pressure ensures an exact draw volume, maintaining the critical additive-to-blood ratio.
Leak-Proof Design
High-quality rubber stoppers and secure caps prevent leakage and contamination during high-speed centrifugation.
Clear Identification
Standardized color-coding and clear labeling facilitate rapid identification in fast-paced laboratory environments.
Biocompatibility
Medical-grade PET walls are inert and non-reactive, preserving the biochemical composition of the specimen.
Product Gallery
Management Platforms
Quality Control
Strict multi-stage inspection ensuring every batch meets international medical standards.
Automated Production
Precision molding and filling technology for consistent additive concentrations.
Sterile Logistics
Controlled environment packaging to maintain sterility from factory to clinic.
Traceability System
Unique batch coding for full lifecycle tracking of all medical consumables.
Inventory Optimization
Efficient supply chain management ensuring stable delivery for large-scale hospitals.
Regulatory Support
Comprehensive documentation and certification support for global market registration.
Investment Return Comparison
| Metric | Standard Tubes | Our Professional Series | Clinical Impact |
|---|---|---|---|
| Glucose Stability | Low (Fast Decay) | High (Inhibited) | Accurate Diagnosis |
| Sample Wastage | Moderate | Minimal | Reduced Re-draws |
| Processing Time | Immediate Needed | Flexible Window | Operational Ease |
| Hemolysis Rate | Average | Very Low | Pure Plasma Quality |
| Cost Per Test | Baseline | Optimized | Higher ROI/Patient |
Frequently Asked Questions
Sodium Fluoride acts as an antiglycolytic agent, preventing the enzymes in red blood cells from consuming glucose, which stabilizes the glucose levels for accurate measurement.
EDTA K2 is a powerful anticoagulant that chelates calcium ions, preventing blood clotting and preserving cell morphology for plasma analysis.
These tubes are specifically designed for glucose, lactate, and certain metabolic tests. They should not be used for tests where fluoride or EDTA interferes with the reagents.
Store in a cool, dry place away from direct sunlight, adhering to the temperature guidelines specified on the packaging to maintain vacuum integrity.
Yes, they are engineered to be fully compatible with all standard blood collection needles and automatic vacuum sampling systems.
After collection, gently invert the tube 5-8 times. Avoid vigorous shaking to prevent hemolysis of the red blood cells.
