Medical Grade Plastic Freezer Tubes High Quality China Factory Suppliers
Our professional-grade Plastic Freezer Tubes are engineered specifically for high-precision laboratory environments, providing unparalleled stability for biological samples, chemical reagents, and research materials. Manufactured from premium medical-grade polypropylene, these tubes are designed to withstand extreme cryogenic temperatures as low as -80°C without cracking, ensuring the absolute integrity of DNA, RNA, and cell cultures during long-term storage.
Beyond thermal resistance, our freezer tubes feature a sophisticated leak-proof sealing system and customizable organizational tools. By combining durable thermoplastic engineering with high-precision injection molding, we provide a reliable storage solution that prevents contamination and evaporation, empowering biobanks and research facilities to manage thousands of samples with maximum efficiency and safety.
Detailed Parameters
| Material | Medical-grade Polypropylene (PP) | Temperature Range | Down to -80°C (Ultra-Low) |
|---|---|---|---|
| Sealing Type | Screw Cap / Snap Cap Options | Chemical Resistance | High Stability / Non-toxic |
| Transparency | High Optical Clarity | Process | Precision Injection Molding |
| Pressure Rating | Up to 4pa (Specific Models) | Structural Feature | Impact & Creep Resistant |
| Customization | Colors, Logos, Barcodes | Application | Cryogenic Storage / Biobanking |
Key Advantages
Cryogenic Stability
Engineered to remain structurally sound and crack-resistant even in ultra-low temperature environments reaching -80°C.
Leak-Proof Sealing
High-precision sealing prevents evaporation and leakage, safeguarding hazardous materials and sensitive samples.
Sample Integrity
Non-toxic, medical-grade materials ensure that biological samples are not contaminated during long-term preservation.
High Transparency
Excellent optical clarity allows for quick visual inspection of sample volume and condition without opening the tube.
Efficient Organization
Frosted writing areas and color-coded caps facilitate rapid identification and systemic sample management.
Fully Customizable
Support for custom barcodes, printed labels, and specific dimensions to fit automated biobank systems.
Product Gallery
Management Platforms
Inventory Tracking
Optimized for storage racks and automated systems to ensure zero sample loss.
Cryogenic Workflow
Streamlined freeze-thaw cycles maintaining structural integrity across all repetitions.
Contamination Control
Airtight seals acting as a primary barrier against external environmental pollutants.
Traceability System
Integrated barcode compatibility for precise tracking in large-scale biobanks.
Space Optimization
Standardized dimensions maximize ultra-low temperature freezer capacity.
Quality Assurance
Strict adherence to medical-grade polypropylene standards for clinical reliability.
Investment Return Comparison
| Feature | Standard Plastic Tubes | Our Premium Freezer Tubes |
|---|---|---|
| Thermal Range | Fragile at -20°C | Stable at -80°C & below |
| Seal Reliability | Prone to evaporation | Leak-proof airtight seal |
| Material Grade | General Purpose PP | Medical-grade Polypropylene |
| Organization | Manual labeling only | Color-coded & Barcode ready |
| Sample Risk | Higher risk of cracking | Ultra-low risk of sample loss |
Frequently Asked Questions
Our tubes are manufactured from high-quality, medical-grade polypropylene (PP), which provides excellent chemical resistance and maintains structural integrity at cryogenic temperatures.
Yes, they are specifically designed for ultra-low temperature storage, remaining stable and resistant to cracking at temperatures as low as -80°C.
We use precision injection molding and high-tolerance sealing systems (screw or snap caps) to ensure an airtight seal that prevents leakage and sample evaporation.
Absolutely. We offer custom colors, printed logos, specialized labeling areas, and barcode compatibility to integrate seamlessly with your sample management system.
Yes, the high-impact engineering plastic used in our tubes is designed to withstand repeated temperature fluctuations without losing its structural integrity.
Their non-toxic nature, high chemical purity, and ability to maintain a sterile, airtight environment prevent degradation and contamination of sensitive genetic materials.
