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>> Features
Equipped with three evenly spaced gas-permeable vents (usually arranged in a triangular pattern) to optimize air exchange while minimizing contamination risk.
Anti-condensation coating to prevent droplet formation on the lid.
Vents are typically covered with a hydrophobic microporous membrane (e.g., PET or PVDF) to allow CO₂/O₂ diffusion and maintain humidity balance.
>> Purpose
The petri dish is widely used in microbiology, cell culture, scientific research and experiments, industrial production and environmental monitoring and other fields.
>> Characteristics
Item No. | Good Description | Specification | Quantity (pcs) | Packing | Carton Size(cm) |
K1004-J-3 vents | Petri Dish 3 vents | 90*15mm | 500pcs/ctn | 10pcs*bag*500bags | 47*47*34 |
K1004-M | Petri Dish for Machine Use | 90*15mm | 500pcs/ctn | 10pcs*bag*500bags | 47*47*34 |
K1004-T | Petri Dish 3 vents | 90*15mm | 500pcs/ctn | 10pcs*bag*500bags | 47*47*34 |
>> FAQ
Q1. What are the implications of using non-tissue-culture-treated dishes for adherent cells?
A: Untreated surfaces lack the charged polymers (e.g., plasma treatment) required for cell attachment, leading to poor adherence and viability. Suspension cells or non-adherent assays (e.g., spheroid formation) may utilize untreated dishes, but adherent cultures require tissue culture (TC)-treated or coated surfaces.
