Product Description
Condenser Allihns (Bulb):-
Catalogue No. Effective Length mm Socket Size Cone Size
213/01 200 -- B 19
213/02 200 -- B 24
213/03 200 -- B 29
213/04 200 -- B 34
213/05 200 -- B 40
213/06 200 -- B 50
213/07 250 -- B 50
213/08 200 B 19 B 19
213/09 200 B 24 B 24
213/10 300 B 19 B 19
213/11 300 B 24 B 24
213/12 400 B 19 B 19
213/13 400 B 24 B 24
213/14 400 B 29 B 29
213/15 500 B 24 B 24
213/16 500 B 29 B 29
213/17 600 B 24 B 24
213/18 600 B 29 B 29
213/19 600 B 34 B 34
213/20 750 B 24 B 24
213/21 750 B 29 B 29
213/22 750 B 34 B 34
Efficient Cooling for Laboratory ApplicationsThe Allihn (Bulb) Condenser is engineered to enhance heat exchange during distillation or reflux reactions, thanks to its distinctive series of bulbs. The increased surface area boosts condensation, making it a preferred choice in analytical and preparative procedures. Crafted from robust, clear glass, this condenser ensures chemical compatibility and reliable performance in demanding laboratory workflows.
Reusable and Chemically Resistant DesignConstructed from premium-grade glass, the Allihn condenser withstands both acid and alkali exposure. Its autoclavable nature ensures repeated safe sterilization and reuse, supporting cost-efficiency and sustainability within laboratory environments. The transparent build allows for easy monitoring of condensate flow and reaction progress.
FAQs of Condenser Allihns (Bulb):
Q: How does a Condenser Allihn (Bulb) function during laboratory processes?
A: A Condenser Allihn (Bulb) facilitates the condensation of vapors by providing a series of bulbs that increase the cooling surface area. Cold water is typically circulated around the outer jacket, rapidly cooling vapor inside and allowing it to condense back into liquid form, essential during distillation and reflux.
Q: What makes the Allihn (Bulb) condenser different from other condenser types?
A: The key distinction lies in its bulb structure, which offers an expanded cooling surface. This design makes it more efficient in condensing vapors compared to straight or simple coil condensers and is ideal for processes that demand rapid heat exchange.
Q: When should I use an Allihn condenser in my laboratory work?
A: You should utilize an Allihn condenser for general distillation and reflux reactions, especially when moderate to high condensation efficiency is needed. Its use is common in organic synthesis and analytical procedures where precise temperature control is crucial.
Q: Where can the Allihn (Bulb) condenser be applied?
A: This condenser is widely applicable in educational, research, and industrial laboratories for distillation, reflux, and purification processes. It is compatible with a variety of standard laboratory glassware due to its socket and cone end fittings.
Q: What is the cleaning and reuse process for the Allihn condenser?
A: After use, clean the condenser with appropriate solvents and detergents, rinse thoroughly, and autoclave if needed. Its high chemical resistance and robust glass construction allow it to be safely reused multiple times.
Q: What are the benefits of using a glass Allihn (Bulb) condenser?
A: Glass Allihn condensers offer excellent chemical resistance, clear visibility for monitoring processes, high durability, and are autoclavable, making them economical and environmentally friendly by supporting repeated use.
Q: How do the socket and cone ends enhance laboratory workflows?
A: The socket and cone ends, conforming to the standard ground glass joint, ensure a leak-proof and secure connection with other glassware, streamlining assembly and disassembly during experimental setups.