Petri Dishes

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Petri Dishes Specification

Capacity
90 mm diameter

Model No
PD-GLASS-90

Automation Grade
Manual

Temperature Range
-10C to 60C

Core Components
Base and Lid

Feature
Transparent, reusable, autoclavable

Equipment Materials
Premium Borosilicate Glass

Type
Laboratory Petri Dish

Usage
For microbiological culture growth

Dimension (L*W*H)
90 x 15 mm

Weight
Approx. 30 grams each

Surface Finish
Smooth and scratch-resistant

Sterility
Non-sterile (autoclavable prior to use)

Shape
Round

Application
Used widely in bacteriology, aerobiology, and cell culture laboratories

Chemical Resistance
Excellent

Color
Clear

Packaging
Pack of 12 dishes

Lid Type
Flat lid

About Petri Dishes

We bring forth a top-notch array of Petri Dishes at reasonable prices. These products are mainly designed assuring the national and international quality standards. Moreover, these are manufactured using chemical resistant components that are extremely durable. Our products are stringently tested on various industrial parameters under the supervision of hired quality controllers. Mentioned below are the features of the products we offer:

Long shelf life
Reliable
Cost-effective

Exceptional Quality for Laboratory Applications

Manufactured from high-grade borosilicate glass, these Petri dishes are distinguished by their transparency, chemical resistance, and smooth, scratch-resistant surfaces. They are designed to withstand rigorous lab conditions and are widely used in microbiological, bacteriological, and cell culture research. Their clear construction ensures easy visibility during sample observation.

Autoclavable and Reusable Design

These Petri dishes are non-sterile upon delivery but can be easily sterilized in an autoclave before use. Thanks to their robust borosilicate glass construction, they are not only reusable, reducing laboratory waste, but they also maintain clarity and integrity after repeated sterilizations.

Suited for Versatile Laboratory Needs

Ideal for laboratories specializing in bacteriology, aerobiology, and cell culture, these dishes are engineered for precise and dependable microbiological culture growth. The set includes 12 dishes per pack and is suitable for use by researchers, lab technicians, and students in various scientific fields.

FAQs of Petri Dishes:

Q: How do you sterilize these non-sterile Petri dishes before use?

A: These Petri dishes are non-sterile upon arrival and should be sterilized by autoclaving them at appropriate temperature settings prior to any microbiological or cell culture work.

Q: What are the main advantages of using borosilicate glass Petri dishes over plastic alternatives?

A: Borosilicate glass offers superior chemical resistance, scratch resistance, and can withstand multiple sterilization cycles, making these dishes reusable and less likely to interfere with sensitive cultures.

Q: When should these Petri dishes be chosen for laboratory use?

A: These dishes are ideal when your application requires excellent visibility, reliable chemical resistance, and the ability to safely sterilize and reuse the dishes, such as in bacteriology, aerobiology, and cell culture studies.

Q: Where can these Petri dishes be effectively utilized?

A: They are suitable for use in educational, research, and industrial laboratories focusing on microbiology, bacteriology, aerobiology, and related fields.

Q: What is the recommended cleaning process before the first and subsequent uses?

A: Prior to each use, wash the dishes with laboratory-grade detergent, rinse thoroughly with distilled water, and autoclave to ensure sterility for sensitive experiments.

Q: How does the smooth and scratch-resistant surface benefit laboratory applications?

A: The smooth, scratch-resistant surface ensures consistent sample observation, reduces contamination risk, and maintains optical clarity for precise experimental results.

Q: What is the capacity and size specification of each dish?

A: Each dish has a diameter of 90 mm, height of 15 mm, and is designed to accommodate a variety of culture media or specimens for laboratory analysis.

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