Explosive Proof Chromatography
Non-Explosive Proof Chromatography
Chromatography techniques such as high-performance liquid chromatography (HPLC), a high-resolution technique for separation of a range of small molecules, biomolecules, and peptides, are effective in isolating compounds by eluding cannabis oil through a resin-packed chromatography column, which makes it ideal for CBD isolate production.
This HPLC machine consists of infusion, injection, detection, collection, controlling and data processing modules. System design completely meets the requirements of GMP, cGMP, and FDA. This system aims to effectively improve production efficiency, automation, and purity. This liquid chromatography equipment can be applied to the separation needs for Pharmaceuticals, Chemical, Petrochemical, Food industry, etc.
| Model | DAC 200 | DAC 300 | DAC 400/450 | DAC 500/600 |
| ID | 200 mm | 300 mm | 400/450 mm | 500/600 mm |
| Inner Roughness | <=0.2um | <=0.2um | <=0.2um | <=0.2um |
| Packing Length | <=450mm | <=450mm | <=450mm | <=450mm |
| Max Pressure | <=10Mpa | <=8Mpa | <=8Mpa | <=8Mpa |
| Dimension | 650x650x2450mm | 900x900x3000mm | 1200x1200x3000mm
1350x1350x34000mm |
1200x1700x3400mm
1400x1900x3600mm |
How to use Chromatography ?
- First define parameters, including what the stationary phase-type will be (alumina, sand, silica gel, Magnesium Silicate, etc.).
- Once the reverse-phase pulls the solvent through the column using gravity (Standard Liquid Chromatography), either push the solvent through with pressure from above (Flash Chromatography) or pull by vacuum from below (Vacuum Chromatography). Your column choice dictates this choice for you.
- Finally, choose whether to run the same solvent mix during the entire run or to vary the mix ratio of any solvents used during the run.
CBD Capture And THC Removal
Interested in learning more about Chromatography including additional details and pricing information? Please use the form below to contact us!
