Specifications:
| Feature |
Details |
| Brand |
Polylab |
| Material |
Durable, autoclavable polypropylene (PP) |
| Design |
Multi-slot rack for vertical vial storage |
| Capacity |
Holds 24 or 50 standard scintillation vials |
| Slot Diameter |
Suitable for 20–30 mm vial bodies |
| Stability |
Wide base to prevent tipping |
| Cleaning |
Smooth, non-porous surface; easy to sterilize |
| Autoclavable |
Yes – safe up to 121 °C |
| Application |
Ideal for organizing vials in radiochemistry, sample prep, or detection workflows |
Product Overview:
Polylab Rack For Scintillation Vial is a robust and practical solution designed for laboratories handling radioactive or fluorescence-based assays. Crafted from high‑quality autoclavable polypropylene (PP), this rack offers secure vertical storage of scintillation vials, making it indispensable for workflows in radiochemistry, environmental analysis, and biochemical detection.
The rack features evenly spaced wells that accommodate 24 or 50 standard scintillation vials (typically 20–30mm diameter), keeping them upright and organized. Its broad, stable base ensures that vials remain securely in place, minimizing the risk of spillage or contamination—even on busy lab benches or during transport.
Constructed for everyday lab use, the Scintillation Vial Rack is autoclavable up to 121 °C, ensuring it can be sterilized alongside glassware and consumables. The smooth, seamless surface is resistant to chemical residues and easy to clean, optimizing lab hygiene and safety.
Whether you’re preparing samples for radioactivity counting, fluorescence measurements, or liquid scintillation assays, this rack helps maintain an orderly and efficient workflow. Pair it with Polylab Scintillation Vials for a complete, compatible setup. For more high-throughput labware options, explore our Other collection. To ensure adherence to best practices in radiation safety and sample handling, refer to the International Atomic Energy Agency (IAEA) Laboratory Radiation Safety Guidelines, a trusted global authority in radioactive lab safety.