Stopcock for Kipp’s Apparatus, With Cone

Description

The Stopcock for Kipp’s Apparatus is a critical component designed for regulating gas flow in Kipp’s generators. Featuring a precision-engineered cone mechanism, this stopcock ensures a secure, leak-proof seal, enhancing safety and efficiency during chemical reactions and gas generation processes. Manufactured from durable and chemical-resistant materials, it guarantees long-lasting performance in laboratory environments.

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Key Features

1. Precision Control:

Offers smooth and accurate regulation of gas flow.

2. Cone Mechanism:

Ensures a tight, leak-proof seal, minimizing the risk of gas escape.

3. High-Quality Material:

Crafted from borosilicate glass or chemical-resistant polymer for durability.

4. Easy to Use:

Designed for seamless integration with Kipp’s apparatus.

5. Corrosion Resistant:

Withstands exposure to acidic or alkaline gases.

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Product Highlights

Optimized for Kipp’s Apparatus:
Tailored for compatibility and efficiency in gas generation systems.

Durable Construction:
Built to endure frequent use in demanding laboratory conditions.

Leak-Free Operation:
Cone design provides reliable sealing for safe handling of gases.

Compact and Efficient:
Streamlined design for easy installation and maintenance.

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Applications

1. Gas Generation:

Ideal for controlling the release of gases like hydrogen, carbon dioxide, or hydrogen sulfide in Kipp’s apparatus.

2. Chemical Reactions:

Ensures precise gas flow for experiments requiring controlled conditions.

3. Educational Labs:

Commonly used in teaching laboratories for demonstrating gas reactions.

4. Industrial Use:

Suitable for small-scale gas generation in industries.

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Why Choose This Stopcock?

Enhanced Safety:
Leak-proof design ensures secure gas handling.

Long-Lasting Performance:
Resistant to wear and chemical corrosion.

Accurate Flow Management:
Facilitates precision control over gas release.

Trusted Compatibility:
Specifically designed for use with Kipp’s apparatus.

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Technical Specifications

Material: Borosilicate glass or high-grade polymer

Stopcock Type: With cone mechanism

Seal: Precision-ground glass or PTFE-lined cone

Temperature Resistance: Up to 250°C

Connection Type: Standardized dimensions for Kipp’s apparatus