Solvent Distillation Heads, Airfree, Schlenk
Manufacturer: Chemglass
The Solvent Distillation Heads come in 125 mL or 500 mL capacity for use in re-purification of solvents under an inert atmosphere. The one-piece design of the condenser and storage reservoir eliminates multiple connections usually associated with the distillation setup. The 0 - 4 mm Chem-Vac™ Chem-Cap® valves provide for grease-free, leakproof seals. The lower 3-way valve allows for the solvent return to the flask, take-off, or storage in a graduated reservoir.
Starting at $1,082.90
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Solvent Distillation Heads, Airfree, Schlenk
The Solvent Distillation Heads come in 125 mL or 500 mL capacity for use in re-purification of solvents under an inert atmosphere. The one-piece design of the condenser and storage reservoir eliminates multiple connections usually associated with the distillation setup. The 0 - 4 mm Chem-Vac™ Chem-Cap® valves provide for grease-free, leakproof seals. The lower 3-way valve allows for the solvent return to the flask, take-off, or storage in a graduated reservoir.
Description
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Chemglass Solvent Distillation Heads, Airfree, Schlenk
Features:
- For use in re-purification of solvents under an inert atmosphere
- One-piece design of the condenser and storage reservoir eliminates multiple connections usually associated with the distillation setup
- 0 - 4 mm Chem-Vac™ Chem-Cap® valves provide for grease-free, leakproof seals
- Lower 3-way valve allows for the solvent return to the flask, take-off, or storage in a graduated reservoir
The syringe access port incorporates a 4 mm PTFE stopcock with a 14/20 outer joint for use with CG-3022 septum stoppers permitting repeated syringe punctures or changes of the septum without breaching the integrity of the solvent. Valve (A) allows for isolation of the still from the inert gas source. Valve (D) permits evacuation and purging of the receiver flask. Uptake tube (F) is a 24/40 inner joint, while the takeoff connection (E) is a 14/20 inner joint.
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Read MoreDistillation is one of the most commonly used scientific processes in the world. With applications across multiple disciplines and industries, distillation takes several forms, including simple, fractional, and vacuum, with even more specific variations, depending on the desired outcomes and component parts.