Alpha Diagnostics & Traders

Disposable Petri Dish 90mm, for microbiology culture

• Pack of 100 Pieces
• Sterile individual pack

Diagnoware plastic Petri dishes, labeled as ETO (Ethylene Oxide) sterile, are designed for sterile laboratory use, particularly for microbial culture and cell growth. Key features typically include:

### **Features:**

- **Material**: Made from high-quality, transparent plastic (usually polystyrene or similar) that provides clarity for easy observation of cultures.

- **Sterility**: Sterilized using ethylene oxide (ETO) gas, which ensures that the dishes are free from contaminants and suitable for sensitive applications.

- **Design**:
  - **Size**: Available in various sizes, with common diameters including 60mm and 100mm.
  - **Lid and Base**: Includes a separate lid that fits securely over the base, preventing contamination and maintaining a controlled environment for cultures.
  - **Surface**: Typically has a smooth surface to support even distribution of growth media and facilitate the growth of microorganisms or cells.

- **Packaging**: Often individually wrapped or packaged in sterile conditions to maintain their sterility until use.

### **Uses:**

- **Microbial Cultures**: Ideal for growing bacterial, fungal, or other microbial cultures in laboratories.
- **Cell Cultures**: Used in cell biology for culturing and observing cells.

These Petri dishes are essential for various applications in microbiology, cell biology, and other research areas where maintaining sterility and accurate observations are crucial.

These Sterile Plastic Petri Dishes with Lids are designed for safe and contamination-free microbiology work. Manufactured from high-quality, transparent polystyrene, they offer excellent clarity for observing microbial growth, culture results, and sample testing.

This Borosilicate Glass Petri Dish is designed for professional laboratory use, providing excellent clarity, heat resistance, and durability. Made from premium borosilicate glass, it ensures uniform thickness and a smooth surface, making it ideal for microbial culture, microbiology experiments, cell culture work, and sample observation.