About Polystyrene Square Petri Dish
These polystyrene square petri dishes are clear, sterile dishes which are mainly used for applications, such as plate counts, phage typing, susceptibility testing, and probe assays. Every dish is marked numerically on one side and alphabetically on the other side. The build-up of condensation by creating four venting ribs into the underside of the dish lid. The sterile polystyrene square petri dish made from high quality polystyrene has smooth and uniform thickness of wall and bottom. Prevented from optical distortion, the dish is highly demanded in chemical labs. A total of ten dishes are packed in heavy-wall polyethylene sleeves.
Product details
| Material | Polystyrene |
| Usage/Application | Chemical Laboratory |
| Brand | Maxome |
| Size/Dimension | 100 x 100 x 15 mm |
| Color | Transparent |
| Cat Number | MLPDSQ1 |
| Sterile | Yes |
| Country of Origin | Made in India |
| Shape | Square |
| Packaging Type | Box |
Transparent and Durable DesignManufactured from premium polystyrene, these petri dishes offer excellent optical clarity. The transparent material allows for easy observation and monitoring of cultures or reactions without the need to disturb their environment. Polystyrene not only ensures visibility but also provides robust resistance to a wide range of laboratory chemicals.
Ideal for Chemical Laboratory UseSpecially engineered for chemical laboratory usage in India, these petri dishes are perfect for cultivating microorganisms, handling small samples, or conducting chemical analyses. Their 100 x 100 x 15 mm dimensions make them suitable for both educational and professional laboratory settings.
Reliable Warranty & SourcingEach polystyrene square petri dish is protected by a warranty, providing customers confidence in their purchase. Sourced from certified manufacturers and suppliers across India, these dishes are made to stringent quality standards, offering peace of mind and dependable performance in every batch.
FAQ's of Polystyrene Square Petri Dish:
Q: How should the Polystyrene Square Petri Dish be used in a chemical laboratory?
A: To use the Polystyrene Square Petri Dish, simply place your prepared medium or sample into the dish and cover it with its lid. Its sturdy polystyrene construction makes it suitable for cultivating microorganisms, observing chemical reactions, and various sample-handling tasks under sterile conditions.
Q: What are the benefits of choosing a square polystyrene petri dish over a round one?
A: A square petri dish maximizes workspace area and allows for more efficient storage as they can be easily stacked. The transparent polystyrene material also permits optimal visibility, facilitating easier monitoring of specimens and experiments.
Q: When is it advisable to use these petri dishes for laboratory applications?
A: These dishes are ideally used when you require a clear, chemically resistant vessel for culturing, observing, or analyzing samples in a controlled environment. Their design is suitable for both short-term and long-term laboratory processes.
Q: Where are these polystyrene square petri dishes manufactured and supplied from?
A: The dishes are manufactured and supplied by certified companies in India, ensuring compliance with laboratory safety and quality standards. They are widely available through laboratory equipment suppliers across the country.
Q: What is the process for cleaning or disposing of these petri dishes after use?
A: After use, non-hazardous dishes should be cleaned with appropriate laboratory detergents or autoclaved for sterilization if required. For biohazard or chemical contamination, follow your laboratory's standard disposal protocols, which may involve autoclaving and discarding in designated biohazard or chemical waste containers.
Q: How does the warranty benefit the user?
A: The inclusion of a warranty assures users of product reliability and support in the rare event of a manufacturing defect. This adds a layer of protection and confidence, especially valuable for labs requiring precision and consistency in results.