Description
The Recovery Assembly is a robust and efficient solution for laboratory solvent recovery and distillation needs. It features a 2000 ml R.B. flask, a still head, a 150 mm jacketed coil condenser, a receiver adapter, a 100 ml separating funnel, and a stopper. This complete system is ideal for chemical, pharmaceutical, and research laboratories, streamlining processes like distillation, purification, and solvent recovery while ensuring durability and precision.
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Key Features
1. R.B. Flask (2000 ml):
Material: Borosilicate glass for superior thermal and chemical resistance.
Capacity: 2000 ml, ideal for large-volume laboratory applications.
Design: Rounded bottom ensures even heating and efficient vaporization for distillation processes.
2. Still Head:
Material: High-quality borosilicate glass for enhanced durability.
Design: Precision-crafted to ensure smooth vapor flow and separation during distillation.
Functionality: Serves as a key connection between the R.B. flask and the condenser.
3. Jacketed Coil Condenser (150 mm):
Material: Borosilicate glass for chemical and thermal stability.
Length: Compact 150 mm design optimized for efficient cooling and condensation.
Functionality: The jacketed coil design ensures effective vapor condensation for solvent recovery.
4. Receiver Adapter:
Material: Borosilicate glass for heat and chemical resistance.
Design: Facilitates the collection of condensed liquids with minimal loss.
Functionality: Directs the recovered solvent to a collection vessel for further use.
5. Separating Funnel (100 ml):
Material: Borosilicate glass for chemical durability.
Capacity: 100 ml, suitable for precise liquid separation.
Design: Includes a stopcock for controlled liquid transfer.
Functionality: Enables accurate addition or separation of liquids during the recovery process.
6. Stopper:
Material: Borosilicate glass or compatible material for a tight seal.
Functionality: Ensures system integrity by preventing contamination or leakage.
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Product Highlights
Comprehensive Solution: This assembly includes all essential components for solvent recovery and distillation.
High-Quality Materials: Made from durable borosilicate glass, ensuring resistance to thermal shock and chemical corrosion.
Efficient Condensation: The jacketed coil condenser provides superior cooling efficiency in a compact form.
Precise Operation: The separating funnel ensures accurate and controlled liquid handling.
Large Capacity: The 2000 ml R.B. flask supports high-volume laboratory applications.
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Applications
1. Solvent Recovery:
Ideal for recovering and recycling solvents used in synthesis, extraction, and purification processes.
2. Distillation and Purification:
Essential for separating and purifying compounds in laboratory settings.
3. Chemical Reactions:
Facilitates reactions involving vaporization and condensation, minimizing reagent loss.
4. Pharmaceutical Research:
Widely used in labs to recover solvents during drug formulation and chemical testing.
5. Eco-Friendly Practices:
Enables solvent reuse, reducing waste and environmental impact.
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Why Choose This Recovery Assembly?
All-in-One System: Includes all components needed for effective distillation and solvent recovery.
Durability: Constructed with borosilicate glass for longevity and reliability under high-temperature and chemical conditions.
Efficiency: The jacketed coil condenser ensures rapid vapor condensation for maximum recovery.
Versatility: Suitable for diverse applications in chemical, pharmaceutical, and research labs.
Ease of Use: Designed for seamless operation and minimal maintenance.
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Technical Specifications
R.B. Flask:
Material: Borosilicate glass
Capacity: 2000 ml
Design: Rounded bottom
Still Head:
Material: Borosilicate glass
Design: Precision-engineered
Jacketed Coil Condenser:
Material: Borosilicate glass
Length: 150 mm
Design: Efficient cooling
Receiver Adapter:
Material: Borosilicate glass
Design: Smooth collection
Separating Funnel:
Material: Borosilicate glass
Capacity: 100 ml
Design: Stopcock for flow control
Stopper:
Material: Borosilicate glass or compatible material
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