SMT MetalSep is offered as bulk packing materials for low pressure liquid chromatography, solid phase extraction, preparatory and process scale applications. The packings consist of proprietary strong cation exchange functional ligands that are chemically attached on silica substrate using SAM technique. The packing materials offer strong selectivities toward heavy metal ions such as Copper, gold, nickel, silver, iron, etc.
Applications include:
- Precious metal recovery
- Minimized capital expenditure through optimized process design
- Reduced water consumption and abstraction via treated water recycling
- Improved productivity and product quality, through secured and clean process water Improved quality and reduced volume of generated sludge
- MetalSep bulk packings are made with spherical silica particles
Unique features include:
- Highest levels of Consistency and Reproducibility
- High throughput – No carry over of any analytes
- Low back pressure
Silica gel and Bulk Packing materials for process scale applications are available in various particle sizes and pore sizes: 10, 20, 35, 60µm and 60, 100, 150 and 300Å are stock sizes.
Thomas No | Mfr No | Description |
---|---|---|
1183V89 | BMetalSep1-35-60-100 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 60 Angstrom, Mass: 100g |
1183V90 | BMetalSep1-35-60-250 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 60 Angstrom, Mass: 250g |
1183V91 | BMetalSep1-35-60-500 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 60 Angstrom, Mass: 500g |
1183V92 | BMetalSep1-35-60-1000 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 60 Angstrom, Mass: 1000g |
1183V93 | BMetalSep1-35-150-100 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 150 Angstrom, Mass: 100g |
1183V94 | BMetalSep1-35-150-250 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 150 Angstrom, Mass: 250g |
1183V95 | BMetalSep1-35-150-500 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 150 Angstrom, Mass: 500g |
1183V96 | BMetalSep1-35-150-1000 | Bulk MetalSep: Particle Size: 35-50 µm, Pore Size: 150 Angstrom, Mass: 1000g |