A Petri dish with a large lid made from high-quality borosilicate glass is an essential laboratory item designed to meet the needs of professionals and students in microbiology, biology, and research-based applications. This Petri dish measures 10 cm in diameter and 3 cm in height, making it spacious enough to accommodate a wide range of experimental requirements while maintaining precision and clarity. The use of borosilicate glass ensures exceptional heat resistance, allowing the dish to withstand sterilization processes such as autoclaving, dry heating, or exposure to high temperatures without cracking or losing structural integrity. This feature makes it highly durable and reliable for repeated laboratory use, giving it an edge over plastic alternatives. Its transparency provides clear visibility, enabling accurate observation of samples, colonies, and growth patterns without distortion.
Description
The large glass lid included with the Petri dish is also crafted from the same borosilicate glass, ensuring it shares the same strength, heat resistance, and clarity as the dish itself. The lid is designed to sit firmly on the dish while still allowing for adequate air circulation, which is essential for supporting microbial growth under controlled conditions. At the same time, it prevents external contamination, dust, or airborne particles from interfering with experiments. The snug fit of the lid ensures reliable sample protection while facilitating easy handling during laboratory work. Because both the dish and lid are made from durable glass, they can be thoroughly cleaned, sterilized, and reused multiple times, making them a cost-effective and environmentally friendly choice for labs and institutions.
This Petri dish is particularly suitable for culturing bacteria, fungi, and other microorganisms, as well as for various plant tissue culture experiments. Its heat-resistant nature makes it ideal for processes where sterilization is a critical requirement, ensuring that cultures are maintained under aseptic conditions. The borosilicate glass construction is also resistant to most chemicals, meaning it does not react with common laboratory reagents, thereby preserving the accuracy and reliability of experimental results. Its smooth, uniform surface facilitates even distribution of agar or other growth media, which is crucial for obtaining consistent and reproducible outcomes in microbiological studies.
In educational settings, this Petri dish with a large lid is widely used for teaching experiments in schools, colleges, and universities, where it provides students with hands-on experience in microbial culture techniques and laboratory safety practices. For research laboratories, it is an indispensable tool in microbiology, biotechnology, and medical sciences, supporting experiments ranging from antibiotic testing to microbial isolation. Its durability and ability to be sterilized repeatedly make it a sustainable choice for labs that prioritize both precision and resource efficiency. The large size of the dish also offers greater surface area for experimental applications, making it versatile for a variety of laboratory techniques.
The high-quality finish of the glass ensures there are no imperfections or bubbles, which could interfere with visibility under a microscope or during observation. This makes the Petri dish with a large lid not only practical but also precise, offering researchers and students a reliable instrument for accurate experimental work. Combining strength, clarity, and reusability, this glass Petri dish is an excellent choice for professionals who require dependable laboratory equipment that can endure rigorous use while providing consistent results. Its heat resistance, chemical durability, and large size make it a preferred option in modern laboratories dedicated to scientific research and education.
