BEHR Behrotest® KEX 1000 F/TK Complete Soxhlet Extraction System (1000 mL Extractor with 2000 mL Round Flask and Titanium Condenser)
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Sample Capacity: 1 Sample
Specifications:
| Application | Determination of Total Fats | Warranty | 1 Year |
| Storage Temperature | Ambient | ||
| Product Type | Laboratory Equipment | ||
| Product Brand | Behr Labor-Technik | ||
| Product Grade | Analytical grade | ||
The BEHR Behrotest® Complete Soxhlet Extraction System (KEX 1000 F/TK) is a high-performance, large-capacity solution designed for classic Soxhlet and fat extraction applications in food, feed, and environmental laboratories. Engineered for precision, reliability, and user convenience, this system provides a complete setup for efficient solvent extraction of lipids and other analytes from solid samples.
The unit combines a 1000 mL glass extractor, a 2000 mL round-bottom flask, and a robust titanium condenser, ensuring superior heat resistance, solvent recovery efficiency, and long-term durability. Its integrated magnetic stirrer with continuously variable heating control provides optimal extraction conditions and reproducible results.
This premium extraction system embodies BEHR’s reputation for laboratory excellence—offering precision-engineered components, safe operation, and compatibility with BEHR hydrolysis units for acid digestion prior to extraction (enabling total fat determination according to Weibull and Stoldt methods).
Key Features
- Complete Soxhlet Extraction Setup: Includes heating mantle, extractor, condenser, hoses, and glassware for immediate use.
- Titanium Condenser: Highly durable and corrosion-resistant, ideal for prolonged solvent exposure and efficient condensation.
- High-Capacity Extraction: 1000 mL extractor paired with a 2000 mL round-bottom flask for large sample volumes.
- Integrated Magnetic Stirring: Ensures uniform heating and solvent circulation for consistent and reproducible results.
- Infinitely Variable Heating Regulation: Enables precise control over the extraction temperature and evaporation rate.
- Böckerhoff-Type Extractor Tube: Guarantees homogeneous extraction conditions across all sample locations.
- Stopcock (F Models): Facilitates direct solvent discharge without additional distillation steps, saving time and resources.
- Hydrolysis Compatibility: Suitable for combined acid digestion and extraction to determine total fat content (Weibull and Stoldt method).
- User-Friendly Design: Includes practical holders for condensers and extraction adapters for secure handling between extractions.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | KEX 1000 F/TK |
| Article Number | B00722651 |
| Extractor Volume | 1000 mL |
| Flask Volume | 2000 mL (Round-Bottom) |
| Condenser Type | Titanium Condenser |
| Heating Power | 450 W |
| Current Consumption | 3 A |
| Controller | No |
| Sample Positions | 1 |
| Power Regulation | Infinitely Variable |
| Integrated Stirring | Magnetic Stirrer |
| Dimensions (W × D × H) | 23 × 35 × 95 cm |
| Weight | 8.5 kg |
| Packaging Quantity | 1 |
Applications
- Determination of total fat in food and feed samples
- Lipid extraction from biological and environmental matrices
- Solvent extraction in chemical and analytical laboratories
- Quality control testing in food, agriculture, and pharmaceutical industries
- Research in biochemistry, food technology, and materials analysis
Advantages
- Complete, ready-to-use system for Soxhlet extraction
- Exceptional solvent recovery through titanium condenser design
- Highly stable extraction performance with integrated stirring
- Compatible with a wide range of solvents
- Meets laboratory safety and operational standards
- Designed for long-term reliability and minimal maintenance
The BEHR Behrotest® KEX 1000 F/TK Soxhlet Extraction System is the ideal solution for laboratories requiring precise, reproducible, and high-volume fat extraction. Its robust titanium condenser, integrated stirring, and variable heating control combine traditional Soxhlet reliability with modern laboratory efficiency. Whether used for routine fat analysis or advanced research applications, this system delivers consistent results and superior performance in compliance with established analytical methods.
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