GAS GENERATING KIPS APPARATUS COMPLETE WITH DELIVERY TUBE AND THISTLE FUNNEL

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GAS GENERATING KIPS APPARATUS COMPLETE WITH DELIVERY TUBE AND THISTLE FUNNEL Specification

Control Type
Manual, stopcock operated

Accuracy
Qualitative gas generation

Glass Type
Borosilicate Glass

Shape
Cylindrical chambers, conical upper and lower sections

Temperature Resistance
Up to 250C continuous

Type
Kipps Apparatus

Dimension (L*W*H)
Standard laboratory sizes, commonly 500ml, 1000ml, and 2000ml options

Equipment Type
Gas Generating Apparatus

Equipment Materials
Borosilicate Glass and Polypropylene (delivery tube and stoppers)

Power
Not required (manual operation)

Application
Generation and collection of laboratory gases such as hydrogen, carbon dioxide, and hydrogen sulphide

Capacity (Ltr)
0.5, 1.0, and 2.0 Litre models available

Chemical Compatibility
Compatible with common laboratory acids and solid reagents

Stopcock
PTFE or glass stopcock for controlled gas delivery

Acid Resistance
Resistant to dilute acids and chemicals used in gas generation

Safety
Designed to safely separate solid and liquid reagents, minimizing risk of accidental mixing

Gas Compatibility
Suitable for generating H2, CO2, H2S, and other standard laboratory gases

Accessories Included
Glass delivery tube, thistle funnel, glass stoppers/caps

Joint Type
Ground glass joints for enhanced sealing

About GAS GENERATING KIPS APPARATUS COMPLETE WITH DELIVERY TUBE AND THISTLE FUNNEL

Discover the Special Sale on our GAS GENERATING KIPS APPARATUS, complete with delivery tube and thistle funnel for accurate laboratory results. Designed with ground glass joints for pivotal sealing, it ensures valuable chemical compatibility and invincible resistance to dilute acids. This manually operated apparatus is ideal for generating gases such as hydrogen, carbon dioxide, and hydrogen sulphide. Compatible with 0.5, 1.0, and 2.0-litre capacities, it includes essential accessories and advanced safety features, making it an indispensable tool for modern laboratories across India and export markets.

Comprehensive Application & Usage Directions

Set up the Kipps Apparatus by inserting the glass delivery tube and thistle funnel into the corresponding ground glass joints. Gradually add suitable reagents through the thistle funnel, utilizing the PTFE or glass stopcock for controlled gas generation. Its robust borosilicate construction ensures reliable performance even at high temperatures. Beyond producing H2, CO2, and H2S, this apparatus finds applications in qualitative gas studies, educational demonstrations, and controlled chemical reactions requiring precise gas delivery.

Timely Delivery and Export Advantages

Our GAS GENERATING KIPS APPARATUS is shipped promptly from the FOB port, serving both domestic and export market clients. Standard delivery time is 714 days, with sample policies available on request for bulk buyers. Convenient drop-off options in major cities and global shipping arrangements ensure your order reaches you efficiently. Reliable packing minimizes transit issues, supporting laboratory operations globally with trusted supply and dependable after-sales support.

FAQs of GAS GENERATING KIPS APPARATUS COMPLETE WITH DELIVERY TUBE AND THISTLE FUNNEL:

Q: How does the controlled gas delivery enhance laboratory safety?

A: The apparatus uses a PTFE or glass stopcock that allows for precise regulation of gas flow, minimizing the risk of accidental reagent mixing and ensuring a safer laboratory environment.

Q: What types of gases can be generated with this Kipps Apparatus?

A: It is compatible with generating hydrogen (H2), carbon dioxide (CO2), hydrogen sulphide (H2S), and other standard laboratory gases using common acids and solid reagents.

Q: Where is this Kipps Apparatus most commonly utilized?

A: This equipment is widely used in educational institutions, research laboratories, and industrial settings for qualitative studies and controlled gas experiments.

Q: What is the process to collect generated gas efficiently?

A: After adding reagents through the thistle funnel, generated gas passes through the delivery tube. The robust ground glass joints prevent leaks, ensuring efficient and accurate collection in a connected receiver.

Q: What benefit does the borosilicate glass construction provide?

A: Borosilicate glass offers superior strength, chemical resistance, and temperature tolerance up to 250C, making the apparatus durable and reliable for frequent laboratory use.

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