FLASKS, CONICAL (ERLENMEYER) – BOROSILICATE GLASS
Conical Flasks (Erlenmeyer Flasks) are essential laboratory glassware used for mixing, swirling, heating, and storing l…
Choose optionsProduct code: SMC-2034 HSN: 7017
L-Shaped Stopcock with Long Glass Tube and Twin-Bore Stopper is a laboratory glass component designed to control and direct the flow of liquids or gases in compatible apparatus. Manufactured from borosilicate glass, it features an L-shaped configuration, a long glass tube, and a twin-bore stopper to facilitate flow control through the connected passages. Suitable for laboratory glassware assemblies requiring specialised flow regulation.
Stopcock, L-Shaped, with Long Glass Tube and Twin-Bore Stopper – Borosilicate Glass is designed for laboratory applications requiring controlled passage of liquids or gases through connected glassware. Its L-shaped configuration provides an angled flow path, while the long glass tube allows connection to compatible laboratory apparatus.
The twin-bore stopper incorporates two passages to support the intended flow arrangement, depending on the design and position of the stopper. Manufactured from borosilicate glass, the component offers good chemical resistance for use with compatible laboratory liquids and gases.
This stopcock is suitable for integration into laboratory glassware systems where an L-shaped flow path and twin-bore configuration are required. Selection should be based on compatibility with the apparatus and the intended operating conditions.
Product Name: Stopcock, L-Shaped, with Long Glass Tube and Twin-Bore Stopper
Catalogue Number: SMC-2034
Material: Borosilicate Glass
Configuration: L-Shaped
Tube Type: Long Glass Tube
Stopper Type: Twin-Bore Stopper
Application: Flow control and fluid routing in compatible laboratory apparatus
Borosilicate Glass Construction for compatible laboratory applications.
L-Shaped Design for an angled flow path.
Long Glass Tube for connection to suitable laboratory apparatus.
Twin-Bore Stopper for the specified dual-passage arrangement.
Suitable for Laboratory Glassware Assemblies requiring specialised flow control.
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