Stopcock, Oblique Bore with Solid Plug, Side Tube

Description

The Stopcock, Oblique Bore with Solid Plug and Side Tube is a specialized laboratory valve designed for precise fluid control in various scientific applications. Featuring an oblique bore, this stopcock is ideal for use in settings where an angled flow path is required, offering superior control over liquids and gases. The solid plug ensures secure sealing, and the side tube provides additional versatility, making it suitable for experiments involving distillation, titration, and gas absorption.

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Key Features

1. Oblique Bore Design:
The oblique bore offers an angled flow path for liquids and gases, allowing for controlled release or regulation in scenarios where a straight bore is unsuitable or less efficient.

2. Solid Plug:
The solid plug provides a tight seal, preventing leaks and ensuring that the contents within the apparatus remain secure, making it ideal for sensitive or hazardous materials.

3. Side Tube:
The side tube allows for additional connections or the introduction of gases or liquids, providing greater flexibility and control during experiments that require simultaneous handling of multiple fluids or gases.

4. High Durability and Chemical Resistance:
Typically made from borosilicate glass or PTFE, the stopcock is resistant to chemicals, heat, and abrasion, making it suitable for use in demanding laboratory environments.

5. Leak-Proof Performance:
The solid plug and side tube design ensure that there are no leaks, offering safe handling and maintaining the integrity of the experiment.

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Product Highlights

Oblique Flow Path:
The oblique bore allows for more precise flow control in experiments requiring fluid or gas movement at an angle, such as in distillation, titration, and other laboratory processes.

Side Tube for Added Versatility:
The side tube adds flexibility to the setup, enabling additional fluid connections or controlling the flow of gas into or out of the apparatus.

Durable and Safe:
Constructed from high-quality materials such as borosilicate glass or PTFE, the stopcock is chemically resistant, heat-resistant, and highly durable, ensuring long-lasting performance.

Leak-Proof and Secure:
The solid plug ensures that the stopcock remains sealed tightly, preventing leaks during experiments and offering accurate and safe fluid control.

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Applications

1. Titration:
The oblique bore allows for controlled release of liquids during titration, ensuring accurate and consistent results in volumetric analysis.

2. Distillation and Fractionation:
Ideal for distillation or fractionation setups where an angled flow path or side gas inlet is required, ensuring smooth operation and effective separation.

3. Gas and Liquid Flow Regulation:
The side tube enables easy introduction of gases or additional liquids into the system, making it perfect for gas absorption and other applications requiring dual-phase fluid handling.

4. Chemical Reactions and Mixing:
In experiments involving chemical reactions, the side tube allows for the introduction of reagents or gases, providing control over the mixing process.

5. Absorption and Adsorption:
The stopcock can be used in absorption processes where gases or liquids need to be introduced in controlled amounts, with the side tube allowing for additional connections.

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Why Choose the Stopcock, Oblique Bore with Solid Plug, Side Tube?

Optimized for Specific Fluid Flow Needs:
The oblique bore design allows for more efficient flow control in angled setups, providing better regulation in processes like titration and distillation.

Side Tube for Added Functionality:
The side tube offers flexibility by allowing for additional connections or adjustments, which is crucial in complex setups involving gases or multiple fluid inputs.

Leak-Proof and Secure Operation:
The solid plug ensures the stopcock remains securely sealed during experiments, maintaining safety and accuracy.

Durable and Resistant to Harsh Environments:
Made from borosilicate glass or PTFE, the stopcock is both chemical-resistant and heat-resistant, ensuring long-lasting durability even in demanding laboratory conditions.

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Technical Specifications

Material: Borosilicate glass, PTFE, or other chemically resistant materials.

Bore Diameter: Available in common sizes such as 3 mm, 6 mm, or 12 mm.

Side Tube Diameter: Typically around 3 mm to 5 mm, depending on the model.

Socket and Cone Compatibility: Compatible with standard laboratory glassware such as 14/23, 24/29, or other fittings.

Operating Temperature Range: Suitable for laboratory conditions, generally up to 300°C for borosilicate glass.

Seal Type: Solid plug with side tube for additional connections.