Perfect Parts Glass Tubing 3/16×12' - 515A - Laboratory Glass Tubing
The Perfect Parts Glass Tubing 3/16×12' - 515A is versatile borosilicate glass tubing designed for custom laboratory apparatus construction, glass bending demonstrations, and creating specialized glassware connections. This 3/16 inch diameter, 12-inch length tubing provides the flexibility to create custom laboratory setups for educational science applications.
Key Features:
- 3/16 Inch Diameter: Compact size ideal for small-scale gas delivery and liquid transfer applications
- 12 Inch Length: Convenient size for cutting to custom lengths or bending into specific shapes
- Borosilicate Glass: Heat-resistant material withstands high temperatures and thermal shock
- Chemical Resistant: Compatible with most laboratory chemicals and solutions
- Versatile Applications: Can be heated and bent to create custom apparatus and connections
Laboratory Applications:
This glass tubing is ideal for creating custom gas delivery tubes for small-scale reactions, constructing specialized laboratory apparatus and glassware, demonstrating glass bending and working techniques, replacing broken tubing in existing laboratory equipment, connecting various pieces of laboratory glassware, and building custom micro-scale distillation and filtration setups.
Complementary Laboratory Equipment:
Complete your laboratory setup with our extensive range of Educational Science products. We offer essential glassware including 1/4 inch glass tubing, connecting tubes, and beakers, plus heating equipment such as Bunsen burners, support equipment like adjustable clamps, and flasks such as Erlenmeyer flasks.
About Perfect Parts:
Perfect Parts is a trusted manufacturer of quality educational science supplies and laboratory equipment. For more information about their complete product line, visit Sullivan Products to explore their full range of educational materials and laboratory supplies.
Safety Note: Always wear safety goggles and heat-resistant gloves when heating or bending glass tubing. Use proper glass working techniques and allow heated glass to cool completely before handling. Fire-polish cut edges to prevent sharp surfaces.