PVC infusion bag
PVC Infusion Bags made from medical-grade PVC, featuring high chemical stability and biocompatibility, ensure safe and effective delivery of intravenous medications. Compliant with ISO 10993, USP Class VI, and YBB standards, these bags offer robust sealing, excellent barrier properties, and are designed for ease of use in clinical settings.
Our PVC Infusion Bags are meticulously engineered to meet the stringent requirements of sterile safety, compatibility, and practicality in intravenous medication packaging. Suitable for a wide range of applications including medical clinics, emergency care, and chronic disease management, these bags are crafted from medical-grade PVC that complies with international standards such as ISO 10993, USP Class VI, and China’s YBB 00112003. The use of eco-friendly plasticizers like TEHTM and DINCH ensures no phthalate migration, safeguarding patient safety.
Material Safety and Compliance:
- High chemical stability prevents reactions with common IV solutions (glucose, saline, antibiotics), ensuring drug purity.
- Superior biocompatibility with no cytotoxicity, allergenicity, or irritation, passing rigorous medical biological safety tests.
- No heavy metals or residual solvents; drug migration levels comply with international limits.
- GMP-compliant production processes with full traceability of raw materials ensure quality control.
Sealing Stability and Protection:
- High-strength heat-sealed edges with a leakage rate ≤0.1%, maintaining integrity even when inverted or shaken.
- Low permeability to oxygen and moisture, extending shelf life by preventing oxidation and hydrolysis.
- Stable under sterilization conditions (121°C wet heat or γ-ray irradiation) without performance degradation.
- Nitrogen flushing capability provides additional protection for easily oxidized drugs like vitamins and biologics.
- Excellent temperature resistance (-20°C to 40°C), suitable for blood products and various transport environments.
- Seamless construction without pinholes or bubbles minimizes microbial contamination risks.
Structural and Process Features:
- Seamless one-piece molding eliminates seams and burrs, reducing the risk of residue and contamination.
- Uniform wall thickness (0.15-0.25mm) enhances mechanical strength, tear resistance, and puncture resistance.
- Transparent design allows clear visualization of solution clarity, color, and impurities for clinical inspection.
- Precisely sized ports for medication addition and infusion, ensuring perfect compatibility with IV sets and syringes.
- Sealed membranes on medication ports maintain seal integrity after puncturing, preventing leaks.
- Clear labeling includes capacity, batch number, expiration date, and QR codes for easy product tracing and verification.
Clinical Adaptability and Practicality:
- Available in multiple capacities (50ml, 100ml, 250ml, 500ml, 1000ml), catering to diverse clinical needs.
- Customizable volumes and shapes (e.g., upright, hanging types) to fit specific scenarios.
- Fully compatible with automated production lines for efficient film blowing, forming, filling, and sealing.
- Suitable for electrolyte solutions, antibiotics, nutritional formulations, chemotherapy drugs, etc.
- Robust hanging holes securely hold the bag during infusion, preventing accidental detachment.
- Capable of withstanding rapid infusion pressures without rupture, ideal for emergency and large-volume infusions.
- Soft, squeezable design facilitates complete drainage of residual medication, minimizing waste.
- Optimal puncture resistance at medication ports simplifies nurse operations, reducing error rates.
Economic and Supply Chain Benefits:
- Lightweight design (80% lighter than glass bottles) reduces logistics space and transportation costs.
- High impact and drop resistance minimize damage during transportation and storage (≤0.05% breakage rate).
- Mature production processes and cost-effective mass production lower hospital procurement and packaging costs.
- Foldable design saves storage space, enhancing hospital inventory efficiency for large-scale clinical use.
| Category | Specifications / Features |
|---|---|
| Material Options | Medical-grade PVC, compliant with ISO 10993, USP Class VI, YBB 00112003 |
| Plasticizer Type | Eco-friendly (TEHTM, DINCH), no phthalates |
| Chemical Resistance | Stable with glucose, saline, antibiotics |
| Biological Safety | Non-cytotoxic, non-allergenic, non-irritating |
| Sterility Control | Full GMP compliance, traceable raw materials |
| Sealing Strength | Heat-sealed edges, leakage rate ≤0.1% |
| Barrier Properties | Low O₂/H₂O permeability, extends shelf life |
| Sterilization Compatibility | 121°C wet heat or γ-ray irradiation |
| Nitrogen Flush Ready | Yes, for oxidation-sensitive formulations |
| Temperature Range | -20°C to 40°C |
| Construction Quality | Seamless, no pinholes or bubbles |
| Wall Thickness | 0.15-0.25mm |
| Mechanical Strength | High tear and puncture resistance |
| Transparency | Clear view for visual inspection |
| Ports Design | Precise sizing for IV sets and syringes |
| Medication Port Sealing | Sealed membrane maintains integrity post-puncture |
| Labeling | Capacity, batch number, expiry date, QR code |
| Capacity Range | 50ml, 100ml, 250ml, 500ml, 1000ml |
| Customization Options | Special volumes and shapes |
| Automation Compatibility | Compatible with automated production lines |
| Suitable Solutions | Electrolytes, antibiotics, nutritionals, chemotherapy |
| Hanging Hole Durability | Secure grip for hanging |
| Infusion Pressure Tolerance | Withstands rapid infusion pressures |
| Residual Drainage | Soft, squeezable design |
| Puncture Resistance | Optimized for nurse convenience |
| Weight Reduction | 80% lighter than glass |
| Impact Resistance | Minimal damage during transport/storage |
| Cost Efficiency | Economical mass production |
| Storage Space | Foldable design |
