Stopcock, Three Way Double Oblique Bore, High Vacuum

Description

The Stopcock, Three Way Double Oblique Bore, High Vacuum is an advanced stopcock designed to handle high-vacuum applications with exceptional precision. This stopcock features a three-way double oblique bore configuration, which offers improved control of fluid or gas flow in vacuum systems. Ideal for laboratory and industrial use, it ensures a leak-free and secure seal even under extreme low-pressure conditions.

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Key Features

1. Three-Way Design:

The three-way configuration allows for versatile flow control, providing multiple connection points for gases or liquids in a vacuum system.

2. Double Oblique Bore:

The double oblique bore ensures smooth, controlled flow with minimal turbulence, enhancing accuracy in vacuum operations.

3. High-Vacuum Compatibility:

Designed to maintain high-vacuum conditions, this stopcock is perfect for systems that require tight seals and efficient flow management in low-pressure environments.

4. Leak-Proof Operation:

Offers a secure, leak-free operation to ensure the integrity of the system under high-vacuum conditions.

5. Durable and Chemical-Resistant:

Made from high-quality, vacuum-compatible materials to resist chemical corrosion and ensure long-lasting durability in challenging environments.

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Product Highlights

Enhanced Flow Control:

The three-way double oblique bore design allows for precise regulation of the flow in multiple directions, ensuring accurate and efficient operations in vacuum systems.

Leak-Free Performance:

Provides a tight, leak-proof seal under high-vacuum conditions, preventing any loss of pressure or contamination.

Ideal for High-Vacuum Applications:

Specifically designed to meet the demands of high-vacuum processes, ensuring stable performance in low-pressure environments.

Chemical Resistance:

Built to withstand exposure to a wide range of chemicals and solvents commonly used in laboratory and industrial settings.

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Applications

1. High-Vacuum Distillation and Filtration:

Perfect for use in vacuum distillation or filtration systems where multiple connections are needed for efficient separation.

2. Vacuum Chemistry and Reactions:

Suitable for reactions requiring controlled flow and low-pressure conditions, preventing contamination and oxidation.

3. Chromatography Systems:

Used in chromatographic setups to regulate the flow of gases or liquids under vacuum, ensuring precise control and separation.

4. Vacuum Manifold Systems:

Ideal for use in vacuum manifolds that require multiple pathways for fluid or gas flow to different sections of the system.

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Why Choose This Stopcock?

Versatile Three-Way Control:

The three-way design makes it adaptable to various laboratory setups where multiple connections are needed, offering greater flexibility.

Precise Flow Regulation:

The double oblique bore provides smooth and controlled flow with minimal resistance, enhancing the efficiency of vacuum operations.

Leak-Proof and Reliable:

Guarantees a secure, leak-free seal, ensuring the integrity of the vacuum system even under extreme conditions.

Durable Construction:

Constructed from high-quality materials that are resistant to chemicals and high-vacuum conditions, ensuring long-lasting performance.

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Technical Specifications

Material: Vacuum-compatible glass or high-quality polymer

Bore Type: Double Oblique Bore, Three-Way

Vacuum Rating: High-Vacuum

Flow Control: Precise, leak-proof regulation

Temperature Range: -200°C to +250°C

Chemical Compatibility: Resistant to a wide range of solvents and chemicals

Socket Type: Standard laboratory fittings (e.g., 24/29, 19/26)