Stopcock, Three Way, T-Bore with Solid Plug, Side Capillary

Description

The Stopcock, Three Way, T-Bore with Solid Plug and Side Capillary is a precision laboratory valve used to control the flow of liquids and gases in three different directions. Featuring a T-shaped bore and a solid plug, this stopcock is designed to allow multi-directional flow regulation, ideal for complex experiments that require precise control over fluid movement. The additional side capillary provides further versatility in applications that demand simultaneous introduction of reagents or gases.

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Key Features

1. Three-Way T-Bore Design:
The T-bore structure enables flow control in three directions, which is crucial for experiments where multiple fluid inputs or outputs are necessary, such as in chemical synthesis, titrations, or multi-phase reactions.

2. Solid Plug for Leak-Proof Control:
The solid plug ensures a tight seal, preventing leakage and ensuring accurate fluid control. This is essential for experiments requiring strict fluid containment.

3. Side Capillary for Added Flow Control:
The side capillary allows for the introduction of additional gases or liquids, offering enhanced flexibility for experiments that need simultaneous input from multiple sources, such as in gas absorption or multi-phase systems.

4. Chemical Resistance and Durability:
Typically made from borosilicate glass or PTFE, the stopcock is highly resistant to a wide range of chemicals, solvents, and high temperatures, ensuring it can withstand harsh laboratory conditions.

5. Precise Flow Regulation:
The solid plug and T-bore structure enable accurate control of fluid flow, making it suitable for applications that require tight regulation, such as titration or distillation.

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Product Highlights

Three-Way Flow Control:
The T-bore design offers flexibility for controlling fluid flow in three distinct directions, perfect for complex setups.

Side Capillary for Fluid Introduction:
The side capillary facilitates the introduction of additional fluids or gases, providing versatility for multi-phase reactions and experiments involving simultaneous reagent addition.

Leak-Proof Performance:
The solid plug ensures a tight seal, preventing any leakage and maintaining the integrity of the system.

Durable and Chemical-Resistant:
Made from high-quality materials like borosilicate glass or PTFE, the stopcock can endure harsh chemicals, high temperatures, and rigorous use, ensuring long-term performance.

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Applications

1. Titration and Analytical Chemistry:
The stopcock is ideal for use in titration experiments where multiple fluids or gases need to be controlled and introduced in precise quantities.

2. Gas Absorption and Multi-Phase Reactions:
The side capillary allows for the introduction of additional gases or reagents, making it perfect for gas absorption experiments or multi-phase reactions.

3. Chemical Synthesis:
The stopcock’s three-way control and side capillary make it highly useful in chemical synthesis setups, where multiple reactants or solvents are added simultaneously or need to be diverted between different vessels.

4. Distillation and Fractionation:
The three-way design and side capillary make it suitable for distillation and fractionation, where precise control of vapors and reagents is essential.

5. Lab Flow Control Systems:
The stopcock is an essential component in flow control systems where multiple pathways are needed for liquids or gases, ensuring smooth and accurate regulation.

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Why Choose the Stopcock, Three Way, T-Bore with Solid Plug, Side Capillary?

Flexible and Versatile Flow Control:
The three-way design allows for smooth flow management in multiple directions, while the side capillary offers additional input options for gas or liquid streams.

Precise and Leak-Proof Operation:
The solid plug ensures a secure seal, preventing leakage and guaranteeing precise flow regulation.

Durability and Resistance:
Constructed from high-quality, chemically resistant materials, the stopcock is built to withstand high temperatures and a wide range of chemical substances.

Ideal for Multi-Component Systems:
The stopcock is perfect for multi-phase systems or experiments requiring the introduction of multiple fluids or gases simultaneously.

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Technical Specifications

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

Bore Diameter: Available in sizes such as 6 mm, 10 mm, 12 mm.

Side Capillary Diameter: Typically ranges from 3 mm to 5 mm.

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

Operating Temperature Range: Generally up to 300°C for borosilicate glass.

Seal Type: Solid plug with side capillary for additional fluid input.