Product Description
I. Overview
The plastic centrifuge tube rack is an essential consumable for organizing and storing microcentrifuge tubes in molecular biology laboratories. Manufactured from high-purity polypropylene (PP) via precision injection molding, the rack features a sturdy structure with a smooth, burr-free surface for safe handling.
Available in 24-well, 48-well, and 96-well formats, compatible with 1.5ml and 2.0ml standard microcentrifuge tubes. Each well is clearly numbered for easy sample identification and management. Drainage holes at the bottom allow efficient liquid drainage and rapid drying after autoclaving.
Autoclavable at 121°C and stackable to maximize freezer and ultra-low freezer space—a practical tool for sample management and daily lab operations.
🔬 Product Advantages:
High-Purity PP — Low-temperature and chemical resistance for long-term storage
Multiple Formats — 24/48/96 wells for varying throughput needs
Stackable Design — Efficient freezer space utilization
Autoclavable — 121°C sterilization for aseptic applications
Clearly Numbered — Easy sample tracking and management
II. Key Performance Parameters
- Material: High-purity Polypropylene (PP)
- Manufacturing: Precision injection molding
- Formats: 24-well / 48-well / 96-well
- Compatibility: 1.5ml / 2.0ml microcentrifuge tubes
- Sterilization: Autoclavable at 121°C (reusable)
- Temperature Range: -80°C ~ 121°C
- Design Features: Stackable, numbered wells, drainage holes
III. Material & Manufacturing
The product is manufactured from medical-grade polypropylene (PP) resin in a cleanroom environment. The rack structure is robust, with precisely dimensioned wells ensuring smooth insertion and removal of tubes. The surface is smooth for easy cleaning and disinfection.
The numbered well markings are molded as an integral feature, providing clear and durable identification for sample positioning. Drainage holes at the bottom allow efficient removal of condensation after autoclaving, reducing contamination risk and prolonging product life.
