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Cork Bark To Fit Conical Flask
Original price was: KSh 550.00.KSh 448.00Current price is: KSh 448.00.
- Natural cork material: Lightweight, compressible for a snug fit.
- Tapered design: Matches conical flask neck for secure seal.
- Cost-effective and reusable: Affordable and lasts for multiple uses.
- Seals flasks: Prevents gas or liquid escape (not completely airtight).
- Versatile use: Stores chemicals, cultures, used in setups.
- Description
- Reviews (0)
Description
Cork Bark To Fit Conical Flask
A cork stopper, specifically designed to fit a conical flask, is a versatile and essential tool in any laboratory setting. Made from natural cork, a lightweight and compressible bark material, this stopper provides a secure and relatively airtight seal for the flask’s neck.
Design and Functionality
- Shape: The cork stopper is typically cylindrical in its main body, with a tapered end that conforms to the conical shape of the flask’s neck. This tapered design allows for a snug fit and creates a good seal.
- Size: The size of the cork stopper will vary depending on the size of the conical flask it’s meant to fit. Standard conical flasks come in a range of sizes, from small 25ml flasks to large 5000ml flasks, and the cork stoppers will be sized accordingly.
- Sealing Properties: Cork is a naturally compressible material that expands slightly when inserted into the flask’s neck. This expansion creates a tight seal that helps prevent the escape of gases or liquids from the flask. While not completely airtight, cork stoppers are sufficient for many laboratory applications.
Benefits and Uses
- Cost-effective: Cork is a readily available and relatively inexpensive material, making cork stoppers an economical choice for laboratories.
- Reusable: With proper care, cork stoppers can be reused multiple times.
- Versatility: Cork stoppers are suitable for a wide range of laboratory applications, including:
- Storing chemicals and solutions
- Preparing and storing cultures and growth media
- Distillation setups (to control vapor flow)
- Temporary closure during experiments
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