Description
A Stopcock, Straight Bore is a precision laboratory accessory used to regulate the flow of liquids or gases through glassware during experiments. Its straight bore design ensures smooth and uninterrupted flow, making it ideal for applications where consistent fluid handling is crucial. The stopcock is commonly used in titrations, distillation, and filtration processes.
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Key Features
1. Straight Bore Design:
The stopcock features a straight bore, providing an unobstructed passage for fluids, ensuring smooth and continuous flow. This design is ideal for applications requiring precise control over liquid movement.
2. Durable Construction:
Made from high-quality materials such as borosilicate glass or PTFE, ensuring durability and resistance to chemicals, heat, and corrosion.
3. Precision Flow Control:
The stopcock allows for accurate and controlled flow of liquids or gases, making it ideal for use in titrations, filtration, and distillation applications.
4. Leak-Resistant:
The stopcock is designed to form a tight seal, preventing any leakage during operation, thus ensuring reliable and consistent performance during experiments.
5. Easy Operation:
The straight bore stopcock operates smoothly and can be easily adjusted to regulate flow rates, making it user-friendly in laboratory settings.
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Product Highlights
Uninterrupted Flow:
The straight bore ensures there are no obstructions, providing an uninterrupted and smooth flow of liquids or gases.
Versatile Use:
Suitable for a wide range of laboratory applications, including titrations, distillation, and filtering processes, where controlled fluid movement is necessary.
High Durability:
Constructed from borosilicate glass or PTFE, the stopcock is resistant to chemicals, heat, and wear, offering long-term reliability in demanding laboratory environments.
Leak-Proof Performance:
The design ensures that there is no leakage, offering safe and precise fluid handling during experiments.
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Applications
1. Titration and Analysis:
Used in titration setups where accurate and controlled release of liquids is required to achieve precise chemical analysis.
2. Distillation:
In distillation setups, the stopcock allows for controlled removal or transfer of distillates without any leaks or spillage.
3. Filtration Processes:
During filtration, the stopcock regulates the flow of liquids into filters, ensuring smooth and continuous flow.
4. Flow Control in Chemical Reactions:
Used in chemical reactions requiring controlled introduction or removal of liquids or gases.
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Why Choose a Straight Bore Stopcock?
Smooth Fluid Control:
The straight bore provides uninterrupted flow, ideal for experiments requiring precise liquid or gas movement.
Chemical and Heat Resistance:
The stopcock is designed to withstand harsh chemicals and high temperatures, ensuring long-lasting performance even in rigorous environments.
Accurate and Leak-Proof:
The leak-resistant design guarantees accurate control without the risk of spillage, offering reliable results.
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Technical Specifications
Material: Borosilicate glass, PTFE, or other chemical-resistant materials.
Bore Diameter: Varies depending on the model; commonly available in 3 mm, 6 mm, and 12 mm.
Size Options: Available in various sizes to fit different laboratory setups.
Operating Temperature Range: Resistant to temperatures commonly found in laboratory environments (up to 300°C for borosilicate glass).
Flow Control Type: Manual control, with an easy-to-adjust mechanism for regulating fluid flow.
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