Description

Specifications Table

Product Name – Petri Dishes Borosilicate

Quantity/Pack Size – 50 x 17, 80 x 17, 100 x 17#, 150 x 20, 200 x 20

Form – Glassware

Grade – Borosilicate

Application – Laboratory culture and observation

Product Overview

Petri Dishes Borosilicate are high-quality laboratory glassware designed to deliver clarity, strength, and enduring performance in professional lab environments. Made from premium borosilicate glass, these dishes exhibit excellent thermal resistance, allowing them to withstand temperature changes without cracking or deforming. Their exceptional transparency ensures clear visibility, supporting precise observation throughout laboratory procedures. The smooth, uniform surface enhances consistency and supports controlled handling, while the durable composition minimizes the risk of breakage during repeated use. Borosilicate glass also offers outstanding chemical stability, ensuring that the dishes remain unaffected by commonly used laboratory reagents and cleaning processes. Each dish is produced with tight dimensional accuracy, providing consistent depth and diameter to support reliable sample placement. The well-constructed lid design supports optimum airflow without compromising environmental control. Packaged securely to preserve their clarity and integrity, these Petri dishes are suited for laboratories seeking dependable glassware that performs consistently over extended periods. Their resistance to scratches, stains, and heat stress makes them a long-lasting option for labs prioritizing durability and accuracy. With smooth edges and balanced weight, these dishes are easy to handle during various procedures. Overall, Petri Dishes Borosilicate offer a strong combination of precision, resilience, and versatility, making them a trusted choice for laboratories focusing on high-performance glassware.

FAQs

1. Are borosilicate Petri dishes resistant to thermal shock?

Yes, their borosilicate composition provides excellent thermal resistance, helping them withstand rapid temperature changes without damage.

2. Can these Petri dishes be cleaned and reused?

They can be reused when properly cleaned and handled, as the borosilicate material maintains durability through repeated washing.

3. What alternatives exist to borosilicate Petri dishes?

Alternatives may include plastic Petri dishes or quartz dishes, depending on laboratory requirements and environmental tolerances.

4. How should borosilicate Petri dishes be stored?

They should be stored in a clean, dry cabinet with protective spacing to prevent scratching or accidental breakage.

5. Are these dishes compatible with standard laboratory sterilization methods?

Yes, they are compatible with common sterilization procedures thanks to their strong heat and chemical resistance.