Description

Description

This sterile 35 mm × 12 mm polystyrene petri dish (Pack of 20, Case of 500) offers a high-clarity, flat transparent surface ideal for microbiological culture and experiments. The dish is non-treated, DNase/RNase-free, non-pyrogenic, stackable for efficient storage, and features three vents for appropriate gas exchange.


Key Features

• Made from high-clarity polystyrene, ensuring optimal visibility of cultures.

• Flat, transparent surface that supports distortion-free observation of colonies.

• Ridge at the bottom for easy handling and secure stacking.

• Three vents built into the design to support gas exchange in culture applications.

• Sterilised by E-Beam for dependable sterility assurance.


Applications

• Microbiology laboratories for bacterial colony growth and enumeration.

• Teaching labs and educational settings where small-format dishes support student experiments.

• Check-station or QC screening environments requiring compact petri units.


Benefits

• Enhanced observability — the clear polystyrene construction supports accurate monitoring of culture growth.

• Space-efficient — the stackable format and ridge design optimise storage in incubators and work benches.

• Ready-to-use — sterilised and free from DNase/RNase, the dishes save preparation time and reduce contamination risk.


Product Specs

Material High clarity polystyrene
Surface Flat, transparent surface
Storage Stackable for easy storage and handling
Sterilization Sterilized by E-Beam
Pyrogenicity Non-pyrogenic

Categories

• Petri & Culture Dishes

• Microbiology Laboratory Consumables

• Sterile Cell Culture Plasticware

Reviews

FAQs

What is the size and packaging format of the dish?

The dish measures 35 mm in diameter and 12 mm in height. It’s supplied as a pack of 20 dishes per bag, with a full case containing 500 dishes (i.e., 25 packs).

What material is used and what are the key construction features?

These dishes are made from high‑clarity polystyrene with a flat transparent surface, a ridge on the bottom for stacking and handling, and three vents built into the design for gas exchange.

Are they sterile and what sterilization method is used?

Yes. The dishes are sterilised via E‑beam (electron beam) technology and supplied in a sterile condition to support contamination‑free culture work.

What is the application or intended use of these dishes?

They are intended for microbiology labs for bacterial colony growth and enumeration, teaching labs for student experiments, QC screening environments, and any setting where compact, sterile culture dishes are needed.

What benefits do the ridge and three‑vent design provide?

The bottom ridge supports stable stacking and handling, which improves storage and workflow. The vents support gas exchange, allowing cultures to breathe and reducing condensation under typical incubation conditions.