Description
The Solvent Recovery Assembly is a versatile and efficient setup for solvent recovery and distillation in laboratory applications. This assembly includes a 500 ml R.B. flask, sloping recovery bend, 200 mm air condenser, ether condenser, and a 250 ml Buchner flask. Designed for use in chemical, pharmaceutical, and research labs, this system enables the efficient recovery of solvents during distillation, evaporation, and purification processes.
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Key Features
1. R.B. Flask (500 ml):
Material: Borosilicate glass for excellent chemical resistance and thermal stability.
Capacity: 500 ml, suitable for larger volumes of solvent recovery.
Design: Rounded bottom ensures uniform heating, promoting efficient solvent evaporation and recovery.
2. Recovery Bend (Sloping):
Material: Borosilicate glass, offering high durability and chemical resistance.
Design: The sloping bend facilitates smooth vapor transition, ensuring efficient flow into the condenser.
Functionality: Directs vapor into the air condenser for cooling and condensation.
3. Air Condenser (200 mm):
Material: Borosilicate glass for heat resistance and durability.
Length: 200 mm, designed for efficient solvent cooling and condensation without the need for water.
Functionality: Uses air cooling to condense vapors back into liquid form, making it ideal for certain solvents or when a water supply is unavailable.
4. Ether Condenser:
Material: Borosilicate glass, ensuring chemical resistance and durability in high-temperature applications.
Design: Specifically designed to handle ether vapors and ensure efficient condensation of volatile solvents like ether.
Functionality: Efficiently condenses ether vapors during recovery, preventing evaporation losses and maintaining solvent purity.
5. Buchner Flask (250 ml):
Material: Borosilicate glass for superior chemical and thermal resistance.
Capacity: 250 ml, used for collecting the condensed solvent or for vacuum filtration.
Design: Designed to withstand pressure variations during solvent collection or filtration.
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Product Highlights
Complete Solvent Recovery System: This assembly includes all components necessary for efficient solvent recovery, distillation, and purification.
Durable Borosilicate Glass Construction: All components are made from borosilicate glass, ensuring high resistance to temperature changes and chemical reactions.
Versatile Cooling Options: The air condenser provides an alternative cooling method when water cooling is not available, while the ether condenser is specially designed for volatile solvents like ether.
Efficient Solvent Recovery: The recovery bend and condensers ensure effective condensation and recovery of solvents, maximizing laboratory efficiency.
Compact and Practical Design: This assembly is compact, yet capable of handling moderate to larger volume solvent recovery, making it a practical solution for a wide range of laboratory applications.
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Applications
1. Solvent Recovery:
Ideal for recovering solvents used in chemical synthesis, purification, and extraction, enabling their reuse in future experiments.
2. Distillation and Purification:
Perfect for distillation and purification processes where efficient solvent recovery is required to maintain solvent purity and minimize losses.
3. Chemical Reactions:
Useful in chemical reactions involving solvent evaporation and condensation, helping reduce reagent loss during experiments.
4. Pharmaceutical and Research Labs:
Commonly used in pharmaceutical labs for solvent recovery in drug formulation, chemical testing, and research experiments.
5. Ether Solvent Handling:
The ether condenser ensures safe and efficient condensation of ether vapors, preventing the loss of volatile solvents and improving recovery efficiency.
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Why Choose This Solvent Recovery Assembly?
Comprehensive and Efficient: This assembly combines all essential components needed for solvent recovery and distillation, making it ideal for a variety of laboratory applications.
Durable and High-Performance Materials: Constructed from borosilicate glass, the assembly is resistant to high temperatures, chemicals, and pressure changes, ensuring long-lasting use.
Versatile and Safe: The inclusion of both an air condenser and ether condenser allows for more flexible cooling options and effective recovery of volatile solvents like ether.
Compact Design: Despite its versatility, this system has a compact and easy-to-use design, making it ideal for both small and medium-scale laboratory setups.
Laboratory Efficiency: Maximizes solvent recovery, reduces waste, and improves overall laboratory efficiency by enabling solvent reuse and minimizing reagent loss.
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Technical Specifications
R.B. Flask (500 ml):
Material: Borosilicate glass
Capacity: 500 ml
Design: Rounded bottom for uniform heating
Recovery Bend (Sloping):
Material: Borosilicate glass
Design: Sloping design for smooth vapor transition
Air Condenser (200 mm):
Material: Borosilicate glass
Length: 200 mm
Design: Air cooling for solvent condensation
Ether Condenser:
Material: Borosilicate glass
Design: Specifically designed for ether vapors
Buchner Flask (250 ml):
Material: Borosilicate glass
Capacity: 250 ml
Design: Designed for solvent collection or vacuum filtration
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