BURETTES WITH SCREW-TYPE ROTAFLOW STOPCOCK AND PTFE KEY - BOROSILICATE GLASS
Burettes with Screw-Type Rotaflow Stopcock and PTFE Key are designed for the controlled measurement and dispensing of l…
Choose optionsProduct code: SMC-5010 HSN: 7017
Splash Heads, Pear Shape, Vertical are laboratory glassware components manufactured from borosilicate glass, designed for use in distillation assemblies. Their pear-shaped body and vertical configuration help manage the vapour path between the distillation flask and condenser. Available in two configurations with B19 and B24 cone joint sizes for compatibility with corresponding laboratory glassware.
Enter the quantity next to each size you need (0 = not needed), then add them all in one go.
Splash Heads, Pear Shape, Vertical are designed for use in laboratory distillation apparatus and related glassware assemblies. Manufactured from borosilicate glass, these components provide a connecting passage between the distillation flask and condenser.
The pear-shaped body provides an expanded chamber in the vapour path, helping reduce liquid droplet carryover into the condenser during distillation. The vertical design allows the component to be incorporated into compatible apparatus where a vertical connection is required. Each model features matching ground-glass cone joints for connection to the corresponding flask and condenser.
These splash heads are suitable for educational institutions, research laboratories, and general laboratory applications involving distillation procedures.
Product Name: Splash Heads, Pear Shape, Vertical
Material: Borosilicate Glass
Design: Pear Shape, Vertical
Component Type: Splash Head
Connections: Ground-Glass Cone Joints
Application: Use in compatible laboratory distillation assemblies
| Catalogue Number | Flask-Side Cone | Condenser-Side Cone |
|---|---|---|
| SMC-5010/1 | B19 | B19 |
| SMC-5010/2 | B24 | B24 |
Manufactured from borosilicate glass.
Pear-shaped body for use in distillation assemblies.
Vertical configuration for compatible laboratory setups.
Helps reduce liquid droplet carryover into the condenser.
Available in two cone-joint configurations.
Suitable for educational, research, and general laboratory use.
Colour theme
Fill in your details and we'll email the download link for .
We've emailed the download link to . If it isn't there in a few minutes, check your spam folder.