Our Lab Separating Funnel represents precision engineering in laboratory glassware, specifically designed for efficient liquid-liquid extraction processes. Manufactured from high-q...

Our Lab Separating Funnel represents precision engineering in laboratory glassware, specifically designed for efficient liquid-liquid extraction processes. Manufactured from high-quality borosilicate glass, this funnel offers exceptional chemical resistance and thermal stability, ensuring reliable performance across diverse laboratory conditions. The conical shape with hemispherical top optimizes separation efficiency, while the precision-ground glass stopcock provides smooth, controlled fluid release. Each component is carefully crafted to maintain leak-proof operation, with the glass stopper creating a secure seal at the top opening. This attention to detail makes the funnel suitable for handling various organic and inorganic solvents without degradation or contamination risks.

This separating funnel serves critical functions across multiple industrial sectors. In pharmaceutical development, it facilitates drug purification and intermediate compound isolation. Environmental testing laboratories utilize it for extracting contaminants from water and soil samples. Chemical manufacturing plants employ these funnels for process optimization and quality assurance procedures. Educational institutions incorporate them into chemistry curricula to demonstrate extraction principles. Additionally, food science laboratories use them for flavor compound separation and analysis, while petroleum and petrochemical industries apply them for sample preparation and testing.

The business value of this separating funnel lies in its reliability and consistent performance. Each unit undergoes rigorous quality checks to ensure proper fitting of stopcock and stopper components, preventing leaks that could compromise experiments or waste valuable samples. The borosilicate glass construction withstands repeated use and cleaning cycles, offering long-term cost efficiency. Its standardized design ensures compatibility with common laboratory setups and procedures. For procurement professionals, this represents a dependable investment in laboratory infrastructure that supports accurate research outcomes and maintains operational continuity without frequent replacement needs.

Key Features:
- Manufactured from durable borosilicate glass for chemical resistance
- Precision-ground glass stopcock for controlled fluid release
- Hemispherical top with conical body for optimal separation
- Glass stopper provides secure seal at top opening
- Available in standard laboratory sizes for various volume requirements

Benefits:
- Ensures accurate separation of immiscible solvent phases
- Withstands thermal stress and chemical exposure
- Provides leak-proof operation for sample integrity
- Enables visual monitoring of separation layers
- Supports reproducible experimental results