Biologix Cryogenic Vial Closure Color Coders

Quick and Reliable Color-Coding Solution for Cryogenic Vial Organization and Identification

Biologix Cryogenic Vial Closure Color Coders are designed to provide a convenient, color-coded classification system for cryogenic vials, enabling rapid visual identification and sample organization. Manufactured from strong, medical-grade polypropylene, these coders are compatible with both internal-threaded and external-threaded cryogenic vials and are ideal for freezing, storage, and sample tracking in biobanks, research labs, and clinical settings.

These non-sterile color coders are autoclavable up to 121°C, freezable to -196°C, and safe for use in vapor phase liquid nitrogen, making them highly durable for extreme laboratory conditions. Available in seven distinct colors, they offer quick, customizable sorting of biological samples.

Key Features & Benefits

• Color-Coding for Easy Identification – Available in 7 distinct colors for efficient sample tracking
• Medical-Grade Polypropylene – Durable, reusable, and chemically resistant
• Wide Compatibility – Fits cryogenic vials with both internal and external screw threads
• Extreme Temperature Tolerance – Freezable to –196°C and autoclavable to 121°C
• Ideal for Biobanking & Sample Storage – Organize and retrieve samples faster
• Non-Sterile – Cost-effective for routine lab applications
• Sealing Ring Cap Compatible – Ensures a snug and secure fit without interfering with vial function

Applications

• Biobanking and cryogenic sample storage
• Laboratory inventory management
• Clinical diagnostics and sample archiving
• Pharmaceutical and life science R&D
• Color-coded sample categorization for easy retrieval

Product Specifications

Ordering Information

Biologix Cryogenic Vial Closure Color Coders provide a simple yet effective solution for sample classification and inventory management in cryogenic storage. With a broad temperature range, universal compatibility, and seven color options, these color coders help streamline workflows in clinical, research, and biobanking environments.