200 mm Borosilicate Graham Coiled Condenser | 24/40

The 200 mm Graham Style Coiled Condenser is a borosilicate glass laboratory condenser for compatible distillation, reflux, and vapor-condensation assemblies. Published specifications identify an approximately 200 mm effective condenser length, 24/40 ground-glass joint, and hose connections for circulating coolant. The internal coiled vapor path increases contact area within the cooled section.

The coiled design of the 200 mm Graham Style Coiled Condenser can support efficient condensation when coolant flow, vapor rate, temperature, orientation, and the rest of the apparatus are appropriate for the procedure. Actual condenser performance varies with operating conditions, so the component should be selected as part of the complete system rather than by length alone.

Borosilicate construction gives the 200 mm Graham Style Coiled Condenser useful thermal properties and resistance to many chemicals. Verify compatibility with the substances, temperatures, and cleaning agents involved. The 24/40 joint must be matched with compatible glassware, and coolant tubing should fit the hose connections securely without placing excessive mechanical stress on the glass.

Inspect the coil, outer jacket, ground joint, and hose connections before every use. Do not use glassware with chips, cracks, deep scratches, or damaged joints. Secure the condenser with appropriate laboratory support hardware, avoid rapid temperature changes, and arrange coolant hoses so their weight cannot pull on the condenser. Confirm the appropriate coolant direction and operating procedure for the specific apparatus.

Select the 200 mm Graham Style Coiled Condenser for compatible 24/40 laboratory assemblies requiring a Graham-style coil. Explore related borosilicate laboratory equipment for additional glassware components.

Related Products

3 Finger Lab Clamp (Screw) for Labs. Confirm clamp opening and mounting compatibility before supporting the condenser.

Frequently Asked Questions

What length and joint are listed?
The condenser has an approximately 200 mm effective length, a 24/40 ground-glass joint, and hose connections for coolant.

Does length alone determine condensation performance?
No. Performance depends on vapor rate, coolant flow and temperature, orientation, and the complete apparatus.

What should I check during installation?
Confirm joint and hose fit, independently support the condenser, and arrange tubing so its weight does not pull on the glass.