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Anaerobic Culture Jar

Price 11775 INR/ Piece

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MOQ : 10 Pieces

Anaerobic Culture Jar Specification

Control Type
Manual anaerobic environment control

Shape
Cylindrical

Heating Capacity
Usually not applicable; jar is not heated unless using heated catalyst

Power Supply
Not required (standard jar)

Features
Leak-proof lid with silicon/gasket seal, pressure release valve, carrier for catalyst or gas pack, easy visibility, autoclavable, and corrosion resistant

Temperature Resistance
Up to 120C autoclave safe

Glass Type
Borosilicate or polycarbonate (depending on model)

Usage
Use For Industrial

Type
Culture Jar

Dimension (L*W*H)
310 mm x 200 mm x 200 mm approx.

Product Type
Culture Jar

Equipment Type
Culture Jar

Equipment Materials
Stainless steel/Polycarbonate lid; glass or polycarbonate body

Power
Not required for basic jar; some models may need optional gas generator accessories

Voltage
Not applicable (unless using an optional heating base or catalyst activation)

Material
Steel

Application
Good Working

Capacity (Ltr)
3.5 to 5 liters (commonly 3.5 L)

Maximum Pressure Resistance
Up to 1.5 kg/cm2

Sterilization Method
Autoclavable at 121C

Compliance
Meets laboratory safety and quality standards

Catalyst Holder
Provided for palladium catalyst

Usage Environment
Microbiology, clinical, research, and diagnostics laboratories

Gas Inlet/Outlet Ports
Provided with secure sealing

Indicator Strip Provision
Yes, for redox indicators like methylene blue

Jar Lid Closure
Clamp type with pressure release valve

Sample Holding Capacity
12-16 Petri dishes (90 mm)

Anaerobic Culture Jar Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
10 Pieces Per Day

Delivery Time
1 Week

Main Domestic Market
All India

About Anaerobic Culture Jar

Anaerobic Culture Jar

BTL type : Modified MCINTOSH and fildes pattern, all metal construction consisting of a stainless steel jar with a top flange recessed for a torodial rubber sealing ring and a cover held in place by a strong bridge clamp. The cover is fitted with two needle valves for evacuation and a sachet containing a catalyst. A side arm on the jar is provided for connecting to semi solid lucas indicator. (The jar is supplied without semi solid lucas indicator). With pressure cum vaccum guage.

Polycarbonate Jar type : Modified MCINTOSH and flides pattern, for the safe growth of anaerobes by utilising a catalyst which is active above tightening 0 deg. celcius. The heavy polycarbonate jar 23 cm high and 15 cm dia has top surface ground flat and the metal cover fitted with a toro dial sealing ring is held in place by hand tightening only. The cover is fitted with two needle valves for evacuation and filling, and a sachet containig the catalyst pressure guage.

Superior Pressure Resistance & Safety

Engineered to withstand internal pressures up to 1.5 kg/cm2, this culture jar incorporates a secure clamp-type lid and a silicone/gasket seal. Pressure release valves and robust construction minimize risks associated with anaerobic cultivation, ensuring reliable operation for microbiological, clinical, and industrial applications.

Efficient Oxygen-Free Cultivation

The integrated catalyst holder, suitable for palladium use, expedites oxygen removal, while supplied gas inlet/outlet ports guarantee airtight environments. An indicator strip holder enables continual monitoring of anaerobic conditions with redox indicators, ensuring experimental consistency and validity.

User-Friendly & Versatile Design

With a spacious capacity supporting up to 16 Petri dishes and autoclavable, corrosion-resistant materials, the jar is ideal for repeated use. No power connection is required for standard use, and setup and maintenance are streamlined for industry, research, and diagnostics laboratories alike.

FAQ's of Anaerobic Culture Jar:

Q: How does the anaerobic culture jar create and maintain an oxygen-free environment?

A: The jar utilizes a secure sealing system with gas-tight inlet/outlet ports and a clamp-type lid with gasket. When a palladium catalyst and gas pack are added, remaining oxygen is chemically absorbed, making the interior fully anaerobic. Indicator strips verify when the proper environment is achieved.

Q: What is the process for sterilizing the culture jar between uses?

A: The culture jar is autoclavable and can be sterilized at 121C. Simply disassemble parts as required, load into an autoclave, and run the appropriate sterilization cycle. Materials such as stainless steel, borosilicate glass, or polycarbonate are all designed to withstand these conditions.

Q: When should the catalyst holder and indicator strip be used?

A: The catalyst holder is used during every anaerobic run. Insert a palladium catalyst to accelerate removal of residual oxygen. Insert a redox indicator strip (like methylene blue) in the dedicated provision each run, to confirm when anaerobic conditions are present inside the jar.

Q: Where can this anaerobic culture jar be used?

A: It is suitable for microbiology, clinical diagnostics, research, and industrial laboratories in settings ranging from hospitals to academic and pharmaceutical labs. Its design adheres to strict safety and quality standards, making it suitable for regulated environments.

Q: What are the benefits of its pressure resistance and material selection?

A: High pressure resistance (up to 1.5 kg/cm2) enhances operational safety during anaerobic culture processes. The use of stainless steel and borosilicate/polycarbonate ensures corrosion resistance, repeat autoclavability, and visibility, thus promoting longevity and consistent performance.

Q: How is the sample holding capacity determined, and what can it accommodate?

A: The jar typically holds 12-16 Petri dishes of 90 mm size, based on its internal dimensions (approximately 310 mm 200 mm 200 mm). This generous capacity supports parallel culturing or larger experimental series within a single run.

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