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Fractionating Column
Original price was: $ 19.99.$ 19.87Current price is: $ 19.87.
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Fractionating Column is a laboratory apparatus used in distillation processes to separate liquid mixtures into their individual components based on differences in boiling points. It consists of a vertical glass or metal tube filled with packing material or internal trays that increase surface area, promoting repeated condensation and vaporization cycles (fractionation). This allows for more efficient separation of close-boiling compounds. Fractionating columns are commonly used in organic chemistry labs, chemical processing industries, and educational institutions. Their design can vary from simple glass tubes to complex industrial towers, but all serve the essential function of improving separation efficiency in distillation systems.
Description
Fractionating Column
Primary Uses
- Chemical and Laboratory Applications
- Separation of close-boiling point components in liquid mixtures through fractional distillation.
- Used in organic chemistry labs for purification of synthesized compounds.
- Supports solvent recovery and separation in laboratory-scale chemical operations.
- Applied in analytical chemistry for component isolation and identification.
- Essential for teaching fractional distillation principles in academic laboratories.
- Pharmaceutical and Research Applications
- Used in pharmaceutical manufacturing for precise separation of active ingredients or solvents.
- Supports R&D activities in formulation, synthesis, and purification.
- Helps isolate natural extracts or essential oils with overlapping boiling points.
- Enables purification of sensitive compounds under controlled conditions.
Secondary Uses
- Industrial and Environmental Applications
- Utilized in pilot plants and small-scale production for process optimization studies.
- Applied in environmental labs for separating volatile organic compounds (VOCs).
- Supports the separation of alcohols, esters, or hydrocarbons in industrial processes.
- Used in fuel refining processes for separating petroleum components in a controlled lab setting.
- Instructive tool for vocational training in chemical engineering and process industries.
KEY PRODUCT FEATURES
1.Basic Identification Attributes
- Material: Borosilicate glass (lab-scale), stainless steel or alloys (industrial)
- Design: Packed column or tray column depending on application
- Features: Connectors for distillation flask and condenser, optional thermometer ports
2.Physical & Chemical Properties
- High thermal resistance suitable for heating and cooling cycles
- Chemically resistant to solvents, acids, and organic compounds
- Internal packing or trays improve surface contact and separation efficiency
3.Safety & Hazard Attributes
- Fragile glass components can break under thermal or mechanical stress
- Must be securely clamped during operation to prevent tipping or leaks
- Vaporized chemicals may be hazardous—proper ventilation is required
4.Storage & Handling Attributes
- Store in padded, stable compartments to avoid damage
- Clean and dry thoroughly after use to avoid contamination buildup
- Handle with gloves to maintain cleanliness and prevent breakage
5.Regulatory & Compliance Attributes
- Conforms to laboratory glassware and safety standards (e.g., ISO, ASTM)
- Suitable for use in GMP/GLP compliant laboratories and institutions
6.Environmental & Health Impact
- Promotes cleaner chemical processing by improving separation and reducing waste
- Glass components are recyclable; proper handling reduces chemical emissions
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Use gloves, eye protection, and lab coat during distillation procedures
- Ensure all joints are sealed to prevent vapor leaks
- Monitor temperature to avoid overheating or overpressure situations
First Aid Measures
- In case of chemical vapor inhalation, move to fresh air and seek medical assistance
- For glass cuts, disinfect and bandage wound; seek help if severe
- Handle any chemical spills using appropriate spill kits and protocols
Firefighting Measures
- Glass and metal are non-flammable, but substances used may be flammable
- Use extinguishers suitable for surrounding flammable materials
- Remove heat sources immediately if overheating occurs during use
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