4705543
Restek™ Ultra Silica HPLC Prep Columns
Easy scale-up from Restek analytical columns.
Manufacturer: Fischer Scientific
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Column Chemistry
Porous Silica
Film Thickness
5 μm
Particle Shape
Spherical
pH
2.5 to 8
Pore Size
100 Å
Temperature
80°C
Stationary Phase
Silica
Carbon Load
2 to 20%
Endcapped
No
Type
Preparative Column
Column Format
Preparative Column
Functionality/Interaction Type
Aromatic and Dipole interactions
Particle Size
5 μm
Polarity
Non Polar
Surface Area
300 m²/g
USP Type
L3
Packing Material
Silica
Column Type
Mixed Mode
Phase
Normal Phase and HILIC
Technique
Normal Phase HPLC
Description
- Base-deactivated spherical silica is useful for normal-phase or HILIC separations
- Particle Size: 5μm, spherical Pore Size: 100 angstrom End-Cap: no pH Range: 2.5 to 8 Temperature Limit: 80°C USP Phase Code: L3 Phase Category: bare silica Ligand Type: none
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Column Chemistry: Porous Silica
Film Thickness: 5 μm
Particle Shape: Spherical
pH: 2.5 to 8
Pore Size: 100 Å
Temperature: 80°C
Stationary Phase: Silica
Carbon Load: 2 to 20%
Endcapped: No
Type: Preparative Column
Column Format: Preparative Column
Functionality/Interaction Type: Aromatic and Dipole interactions
Particle Size: 5 μm
Polarity: Non Polar
Surface Area: 300 m²/g
USP Type: L3
Packing Material: Silica
Column Type: Mixed Mode
Phase: Normal Phase and HILIC
Technique: Normal Phase HPLC
Column Chemistry:
Porous Silica
Film Thickness:
5 μm
Particle Shape:
Spherical
pH:
2.5 to 8
Pore Size:
100 Å
Temperature:
80°C
Stationary Phase:
Silica
Carbon Load:
2 to 20%
Endcapped:
No
Type:
Preparative Column
Column Format:
Preparative Column
Functionality/Interaction Type:
Aromatic and Dipole interactions
Particle Size:
5 μm
Polarity:
Non Polar
Surface Area:
300 m²/g
USP Type:
L3
Packing Material:
Silica
Column Type:
Mixed Mode
Phase:
Normal Phase and HILIC
Technique:
Normal Phase HPLC
Column Chemistry: __
Film Thickness: __
Particle Shape: __
pH: __
Pore Size: __
Temperature: __
Stationary Phase: __
Carbon Load: __
Endcapped: __
Type: __
Column Format: __
Functionality/Interaction Type: __
Particle Size: __
Polarity: __
Surface Area: __
USP Type: __
Packing Material: __
Column Type: __
Phase: __
Technique: __
Column Chemistry:
__
Film Thickness:
__
Particle Shape:
__
pH:
__
Pore Size:
__
Temperature:
__
Stationary Phase:
__
Carbon Load:
__
Endcapped:
__
Type:
__
Column Format:
__
Functionality/Interaction Type:
__
Particle Size:
__
Polarity:
__
Surface Area:
__
USP Type:
__
Packing Material:
__
Column Type:
__
Phase:
__
Technique:
__
Column Chemistry: __
Film Thickness: __
Particle Shape: __
pH: __
Pore Size: __
Temperature: __
Stationary Phase: __
Carbon Load: __
Endcapped: __
Type: __
Column Format: __
Functionality/Interaction Type: __
Particle Size: __
Polarity: __
Surface Area: __
USP Type: __
Packing Material: __
Column Type: __
Phase: __
Technique: __
Column Chemistry:
__
Film Thickness:
__
Particle Shape:
__
pH:
__
Pore Size:
__
Temperature:
__
Stationary Phase:
__
Carbon Load:
__
Endcapped:
__
Type:
__
Column Format:
__
Functionality/Interaction Type:
__
Particle Size:
__
Polarity:
__
Surface Area:
__
USP Type:
__
Packing Material:
__
Column Type:
__
Phase:
__
Technique:
__
Column Chemistry: __
Film Thickness: __
Particle Shape: __
pH: __
Pore Size: __
Temperature: __
Stationary Phase: __
Carbon Load: __
Endcapped: __
Type: __
Column Format: __
Functionality/Interaction Type: __
Particle Size: __
Polarity: __
Surface Area: __
USP Type: __
Packing Material: __
Column Type: __
Phase: __
Technique: __
Column Chemistry:
__
Film Thickness:
__
Particle Shape:
__
pH:
__
Pore Size:
__
Temperature:
__
Stationary Phase:
__
Carbon Load:
__
Endcapped:
__
Type:
__
Column Format:
__
Functionality/Interaction Type:
__
Particle Size:
__
Polarity:
__
Surface Area:
__
USP Type:
__
Packing Material:
__
Column Type:
__
Phase:
__
Technique:
__