11-102-1982
TSKgel™ Octadecyl-4PW Guard Cartridge, Sold by MilliporeSigma™ Supelco™
Manufacturer: Fischer Scientific
Select a Size
| Pack Size | SKU | Availability | Price |
|---|---|---|---|
| Each of 1 | 11-102-1982-Each-of-1 | In Stock | ₹ 45,132.90 |
11-102-1982 - Each of 1
In Stock
Quantity
1
Base Price: ₹ 45,132.90
GST (18%): ₹ 8,123.922
Total Price: ₹ 53,256.822
Quantity
3/Pk.
Particle Size
7 μm
Pore Size
500 Å
Flow Rate
0.22 mL/min
Stationary Phase
C18 (octadecyl)
Technique
Reversed phase
pH
2 to 12
Length (Metric)
1.5 cm
Diameter (Metric) Inner
3.2 mm
For Use With (Equipment)
HPLC: Suitable
Temperature (Metric) Maximum
5°C to 50°C
Matrix
Polymer particle platform
Related Products
Description
- Highly cross-linked polymethacrylate base material of TSKgel Octadecyl-4PW provides excellent stability in high pH buffer systems and can withstand rigorous cleaning with either acid or base
- The 500Ã… pore allows for anaylsis of proteins up to 200kDa while the particle size offerings allow for analytical, semi-preparative and preparative scale separations
- TSKgel Guard cartridges require a holder, which is sold separately
- For 2 mm cartridges, the holder is Part No
- 819308.For the 3.2 mm cartridges used to protect 4.6 mm columns, the holder is Part No
- 819018
- Reversed-phase liquid chromatography (RPLC) is the preferred method for analysis and purification of polar and nonpolar compounds that are soluble in mixtures of water and organic solvents
- No limitation salt concentration 0-100% organic solvent
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Quantity: 3/Pk.
Particle Size: 7 μm
Pore Size: 500 Å
Flow Rate: 0.22 mL/min
Stationary Phase: C18 (octadecyl)
Technique: Reversed phase
pH: 2 to 12
Length (Metric): 1.5 cm
Diameter (Metric) Inner: 3.2 mm
For Use With (Equipment): HPLC: Suitable
Temperature (Metric) Maximum: 5°C to 50°C
Matrix: Polymer particle platform
Quantity:
3/Pk.
Particle Size:
7 μm
Pore Size:
500 Å
Flow Rate:
0.22 mL/min
Stationary Phase:
C18 (octadecyl)
Technique:
Reversed phase
pH:
2 to 12
Length (Metric):
1.5 cm
Diameter (Metric) Inner:
3.2 mm
For Use With (Equipment):
HPLC: Suitable
Temperature (Metric) Maximum:
5°C to 50°C
Matrix:
Polymer particle platform
Quantity: 3/Pk.
Particle Size: 5 μm
Pore Size: 100 Å
Flow Rate: __
Stationary Phase: Carbamoyl
Technique: Hydrophilic interaction (HILIC), normal phase
pH: 2 - 7.5
Length (Metric): 1.5 cm
Diameter (Metric) Inner: 3.2 mm
For Use With (Equipment): L68 Per USP
Temperature (Metric) Maximum: 10°C to 80°C
Matrix: Silica particle platform
Quantity:
3/Pk.
Particle Size:
5 μm
Pore Size:
100 Å
Flow Rate:
__
Stationary Phase:
Carbamoyl
Technique:
Hydrophilic interaction (HILIC), normal phase
pH:
2 - 7.5
Length (Metric):
1.5 cm
Diameter (Metric) Inner:
3.2 mm
For Use With (Equipment):
L68 Per USP
Temperature (Metric) Maximum:
10°C to 80°C
Matrix:
Silica particle platform
Quantity: 3/Pk.
Particle Size: 5 μm
Pore Size: 80 Å
Flow Rate: __
Stationary Phase: C18 (octadecyl)
Technique: Reversed phase
pH: 2 - 7.5
Length (Metric): 1.5 cm
Diameter (Metric) Inner: 3.2 mm
For Use With (Equipment): HPLC: Suitable, L1 Per USP
Temperature (Metric) Maximum: 10°C to 50°C
Matrix: Silica particle platform
Quantity:
3/Pk.
Particle Size:
5 μm
Pore Size:
80 Å
Flow Rate:
__
Stationary Phase:
C18 (octadecyl)
Technique:
Reversed phase
pH:
2 - 7.5
Length (Metric):
1.5 cm
Diameter (Metric) Inner:
3.2 mm
For Use With (Equipment):
HPLC: Suitable, L1 Per USP
Temperature (Metric) Maximum:
10°C to 50°C
Matrix:
Silica particle platform
Quantity: 3/Pk.
Particle Size: 5 μm
Pore Size: 80 Å
Flow Rate: __
Stationary Phase: C8 (octyl)
Technique: Reversed phase
pH: 2 - 7.5
Length (Metric): 1.5 cm
Diameter (Metric) Inner: 3.2 mm
For Use With (Equipment): HPLC: Suitable, L7 Per USP
Temperature (Metric) Maximum: 10°C to 50°C
Matrix: Silica particle platform
Quantity:
3/Pk.
Particle Size:
5 μm
Pore Size:
80 Å
Flow Rate:
__
Stationary Phase:
C8 (octyl)
Technique:
Reversed phase
pH:
2 - 7.5
Length (Metric):
1.5 cm
Diameter (Metric) Inner:
3.2 mm
For Use With (Equipment):
HPLC: Suitable, L7 Per USP
Temperature (Metric) Maximum:
10°C to 50°C
Matrix:
Silica particle platform