Petri Dish 100x17MM BOROSIL

Petri Dish 100x17MM BOROSIL Specification

Shape
Round

Features
Clear, beaded edges for stacking, flat smooth base, reusable

Temperature Resistance
High; suitable for autoclaving and dry heat sterilization

Glass Type
Borosil 3.3

Type
Culture & Petri Dish type

Dimension (L*W*H)
100 mm (diameter) x 17 mm (height)

Equipment Type
Petri Dish

Equipment Materials
3.3 Borosilicate Glass

Material
Borosilicate Glass 3.3, highly resistant to chemicals and heat

Application
Microbiological and cell culture applications

HSN Code
70179090

Sterility Method
Autoclave/hot air oven/chemicals

Diameter
100 mm

Color Type
Transparent

Chemical Resistance
Excellent to acids and alkalis

Surface Finish
Smooth base

Reusability
Reusable

Thermal Resistance
High thermal shock resistance

Stacking Stability
Enhanced beaded edges

Height
17 mm

Petri Dish 100x17MM BOROSIL Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Petri Dish 100x17MM BOROSIL

Step into a triumphant new era of laboratory excellence with the Petri Dish 100x17MM BOROSIL! Available at a reduced price, this prodigious culture dish is crafted from premium Borosilicate Glass 3.3, ensuring astounding chemical and thermal resistance. Designed with a smooth base and enhanced beaded edges for stacking stability, it is perfectly suited for rigorous microbiological and cell culture applications. Transparent and reusable, the affordable Petri Dish guarantees reliable performance while promoting sustainability through repeated use. Experience uncompromising quality, manufactured, supplied, and distributed throughout India.

Application Versatility: Where and How to Use

The Petri Dish 100x17MM BOROSIL excels in a broad range of application places, making it suitable for research laboratories, academic institutes, pharmaceutical setups, clinical diagnostics, and food safety laboratories. This reusable culture dish is ideal for microbiological testing, cell culture, and sample observation. Whether you're a student, researcher, or professional, its precise dimensions and premium glass composition guarantee consistent performance and ease of use in any controlled environment.

Sample Policy & Premium Packaging Details

We offer a premium sample policy to ensure customers assess quality before bulk purchases. Units are supplied in robust packaging, safeguarding the product during transport services for seamless delivery. Our supply network provides rapid dispatches, and samples are available on request to distributors, exporters, and buyers throughout India. Commitment to product integrity and customer satisfaction is paramount, with each stage of delivery ensured by protective, efficient packaging solutions.

FAQ's of Petri Dish 100x17MM BOROSIL:

Q: How is the Petri Dish 100x17MM BOROSIL sterilized for laboratory use?

A: The Petri Dish 100x17MM BOROSIL can be sterilized using an autoclave, hot air oven, or chemical sterilization methods, owing to its high thermal and chemical resistance.

Q: What makes this Petri dish particularly suitable for microbial and cell culture applications?

A: Its flat smooth base ensures optimal sample distribution, while the beaded edges enhance stacking stability, making it ideal for precise microbial and cell culture experiments.

Q: When should I consider reusing this Borosilicate Glass Petri dish?

A: With proper cleaning and sterilization, the reusable design allows you to use the Petri Dish multiple times, reducing costs and supporting laboratory sustainability.

Q: Where can these Petri dishes be used effectively?

A: These dishes are perfectly suited for use in research laboratories, pharmaceutical environments, clinical diagnostics, educational institutions, and food safety labs.

Q: What are the benefits of its exceptional thermal and chemical resistance?

A: The Borosilicate Glass 3.3 construction provides astounding resistance to high temperatures, acids, and alkalis, ensuring safety and durability during intensive lab procedures.

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