Glassware (Borosilicate Glass)

STOPCOCK THREE-WAY C-BORE T-SHAPE – BOROSILICATE GLASS

Product code: SMC-2032 HSN: 7017

Three-Way Stopcock, C-Bore, T-Shape is a laboratory glass component designed to control and direct the flow of liquids or gases between connected passages. Manufactured from borosilicate glass, it features a T-shaped configuration with a C-bore passage arrangement, allowing flow to be directed between different ports according to the stopcock position. Suitable for compatible laboratory glassware and apparatus.

  • Made in our Ambala facility
  • Export packing & documents
  • Custom sizes on request
Borosilicate Glassware catalogueFull specifications and item codes Download

Description

Stopcock, Three-Way, C-Bore, T-Shape – Borosilicate Glass is designed for laboratory applications requiring controlled flow direction between multiple connected pathways. Its three-way configuration provides three connection ports, while the T-shaped bore arrangement enables communication between selected ports according to the position of the stopcock plug.

Manufactured from borosilicate glass, this stopcock offers good chemical resistance for use with compatible laboratory liquids and gases. It can be incorporated into suitable laboratory glassware assemblies for flow control, switching, or directing fluids during experimental and analytical procedures.

The stopcock is intended for use with compatible connections and operating conditions. Its dimensions and joint configuration should be selected according to the requirements of the apparatus.

SPECIFICATIONS

  • Product Name: Stopcock, Three-Way, C-Bore, T-Shape

  • Material: Borosilicate Glass

  • Stopcock Type: Three-Way

  • Bore Configuration: C-Bore

  • Shape: T-Shape

  • Number of Ports: 3

  • Application: Flow control and direction in compatible laboratory apparatus

KEY FEATURES

  • Borosilicate Glass Construction for compatible laboratory applications.

  • Three-Way Design for connecting multiple flow paths.

  • C-Bore Configuration for directing flow according to plug position.

  • T-Shaped Arrangement for switching between connected ports.

  • Suitable for Laboratory Glassware Assemblies requiring controlled liquid or gas flow.