The 135ml20 ice box is designed for compact, high-performance cooling in tight spaces. Its insulated build and precision engineering help maintain stable temperatures for sensitive samples and reagents.
Engineers and lab technicians rely on this model to protect temperature-critical materials during short-term storage and transport. The following sections explore its configuration, performance, and practical use cases.
| Model | Capacity | Temp Range | Use Case |
|---|---|---|---|
| 135ml20 | 135 milliliters | 2–8°C | Benchtop reagent storage |
| 135ml20 | 135 milliliters | 2–8°C | Transport of diagnostic samples |
| 135ml20 | 135 milliliters | 2–8°C | Short-term cold chain compliance |
| 135ml20 | 135 milliliters | 2–8°C | Stability testing accessories |
Thermal Performance Metrics
Thermal performance defines how consistently the 135ml20 ice box maintains target conditions. Uniform temperature distribution minimizes risk to sample integrity during critical procedures.
Key metrics include hold time, recovery speed after opening, and response to external heat loads. Monitoring these values ensures reliable performance across varied workflows.
Configuration Options
Available configurations allow the 135ml20 ice box to match different instrument footprints and workflow needs. Modular components support flexible layout planning in constrained labs.
Sealed liners and standardized connectors simplify changeover between batches and reduce cross-contamination risk. Users can select preconfigured sets or customize panel placements for specific protocols.
Compliance and Standards Alignment
The 135ml20 ice box aligns with industry standards for temperature-controlled storage and short-term transport. Documentation packages support audit trails and regulatory review.
Validation data, including mapping studies and stability evidence, helps facilities demonstrate compliance. Adhering to recognized benchmarks ensures consistent handling of sensitive materials.
Operational Best Practices
Optimizing use of the 135ml20 ice box requires adherence to clear procedures and preventive checks. Following recommended practices extends service life and maintains thermal reliability.
- Precondition the unit before loading temperature-sensitive items.
- Verify internal mapping to identify stable zones for critical samples.
- Log temperature at entry, mid-interval, and exit during transport.
- Schedule routine inspections of seals and insulation integrity.
Future-Proofing Your Cold Chain
Planning for scalability and adaptability ensures the 135ml20 ice box remains effective as protocols and regulatory expectations evolve. Investing in validated accessories and documented procedures supports long-term operational resilience.
FAQ
Reader questions
How long can the 135ml20 ice box maintain 2–8°C without power?
Typical performance under standard conditions provides up to 24 hours of hold time when fully conditioned, though actual duration varies with ambient temperature and loading practices.
Can I stack multiple units to save bench space?
Yes, the 135ml20 ice box is designed for stable vertical stacking, but you must use manufacturer-approved interlocks to prevent displacement and maintain seal integrity.
Is this container compatible with automated handling systems?
Standardized geometry and flat grip surfaces allow integration with most robotic pick-and-place platforms, provided clearance and weight limits are observed.
What cleaning agents are safe for the internal liner?
Mild detergents and 70% ethanol solutions are recommended; abrasive cleaners and bleach-based products should be avoided to prevent degradation of sealing surfaces.