HydrolEx H-506 – Extractor
Complementary and robust
If you perform acid hydrolysis as a sample preparation step for total fat determination, discover HydrolEx H-506 as a complementary and robust addition to your FatExtractor E-500. Benefit from a smooth, safe process with convenient system handling.
Integrated workflow
Perfect match between hydrolysis and fat extraction with specialized glass samples that fit perfectly into the FatExtractor E-500 or UniversalExtractor E-800.
Specialized hydrolysis vessels
Unique hydrolysis vessels reduce foaming of even large sample volumes.
Smooth filtration
Smooth filtration and rinsing of six samples in parallel is made possible thanks to a powerful vacuum source, optimized glass parts, as well as individual stop cocks that can interrupt the vacuum at each single position.
Rinsing funnels
The innovative rinsing funnels facilitate rinsing of sample vessels and guarantee the quantitative transfer from the vessels into the glass sample tube for easy handling and reproducible results.
Made for large sample volumes
You can add large sample volumes, of both liquid and solid samples of up to 10 g, to the hydrolysis vessels. Large sample amounts ensure reproducible result for low-fat or very inhomogeneous samples.
Characteristics | HydrolEx H-506 for E-500 | HydrolEx H-506 for E-800 |
Glass sample tube | Standard (65 mL) | Standard, long (130 mL) |
Compliant acid hydrolysis for total fat determination
Acid hydrolysis prior to extraction is an essential work step of the total fat determination whereby matrix structures enclosing the fat fraction of food and feed samples are broken up.
Food
Crude fat and total fat (after acid hydrolysis) determination in food. For labelling, as sample preparation for fatty acid profile or residue and contaminant analysis, reference method for NIR calibrations.
Feed
Crude fat and total fat determination (after acid hydrolysis) in feed and pet food. For labelling, as sample preparation for fatty acid profile or residue and contaminant analysis, reference method for NIR calibrations.