Selecting the right petri dish is critical for accurate microbial culture and tissue experiments. Whether you need sterile plastic options for single-use convenience or autoclavable borosilicate glass for long-term laboratory use, material choice defines your workflow. We evaluated durability, sterility assurance, and value to help Canadian researchers and hobbyists find reliable supplies for their science projects and professional testing needs.
Updated This Week
10
products
14-39€
Price Range
Interactive Comparison
As an Amazon Associate we earn from qualifying purchases.
Package Including: You will receive 10pcs plastic petri dishes with lid with a diameter of 70 mm x15 mm deep, with good chemical resistance, light weight and strong durability, enough to meet your use needs. It can be carried with you anytime and anywhere
Material: Petri dish is made of plastic material with smooth surface and high transparency, light weight but strong, not easy to break, suitable for scientific and other experiment activities. Additionally, the petri dish comes with a lid to safely store and protect the contents.
Specification: Material: Plastic; Petri Dishes Diameter: 35mm / 1.38inch; Lid Diameter: 35mm / 1.38inch; Petri Dishes Height: 11.8mm / 0.46inch; Wall Thickness: 0.6mm / 0.02inch; Package Contents: 10 x Plastic petri dishes with lid
Advantage: Petri dishes provide excellent transparency for optimal clarity when examining experiments or samples under a microscope. Petri dish is made of plastic material with smooth surface and high transparency, light weight but strong, not easy to break, suitable for scientific and other experiment activities. Additionally, the petri dish comes with a lid to safely store and protect the contents.
This list highlights reliable options for both casual hobbyists and serious lab users. Prioritize sterility and material integrity to ensure experimental accuracy. Glass offers longevity, while plastic provides unmatched convenience for routine tasks.
Market Overview: laboratory petri dishes
AI
The market favors sterile, single-use plastic for convenience, though glass remains preferred for heavy-duty lab work. Trends show increased demand for pre-poured agar options to streamline educational and small-scale professional experiments.
Buying Guide: laboratory petri dishes
AI
When buying petri dishes, prioritize sterility and material compatibility. Glass offers reusability and heat resistance, while plastic ensures convenience and reduced breakage risk. Consider dish size relative to your sample volume and whether pre-poured media suits your workflow efficiency needs.
Selection Criteria
We selected products based on verified customer ratings, sterility guarantees, material quality (borosilicate vs. standard plastic), and overall value for money in the Canadian market.
Budget Advice
AI
Entry-level plastic dishes are cost-effective for high-volume use. Mid-range options balance quality and price. Premium glass sets offer long-term durability but require higher initial investment and cleaning infrastructure.
Conclusion: laboratory petri dishes
AI
Choosing the correct petri dish ensures reliable results in your experiments. Review our curated list to find the perfect balance of sterility, material, and price for your specific needs. Click through to compare top-rated options and secure the best supply for your laboratory or home science setup today.
Frequently Asked Questions
AI
Pre-poured dishes save preparation time and ensure consistent nutrient distribution, making them ideal for routine testing. Empty dishes offer flexibility for custom media but require sterile pouring techniques to avoid contamination.
Standard plastic petri dishes are generally single-use and not designed for autoclaving, as high heat can warp or melt them. If you need reusable options, choose borosilicate glass dishes specifically labeled as autoclavable.
60mm dishes are compact and suitable for small-scale tests or limited media volumes. 90mm dishes provide a larger surface area for colony isolation and are the standard size for most general microbiological cultures.
We use Google Analytics to measure site usage. In the EEA, UK and Switzerland, analytics cookies require your consent; without consent, only cookieless signals are sent. Elsewhere, measurement is enabled by default and you can decline. Declining does not limit access to the site.
Learn more