11-102-2259
MilliporeSigma™ Supelco™ Ascentis™ Express 90 Å AQ-C18 HPLC Column, 2.7 μm Particle Size
Manufacturer: Fischer Scientific
Select a Size
| Pack Size | SKU | Availability | Price |
|---|---|---|---|
| Each of 1 | 11-102-2259-Each-of-1 | In Stock | ₹ 66,223.44 |
11-102-2259 - Each of 1
In Stock
Quantity
1
Base Price: ₹ 66,223.44
GST (18%): ₹ 11,920.219
Total Price: ₹ 78,143.659
Diameter (Metric)
3 mm
Particle Size
2.7 μm
Pore Size
90 Å
USP Type
L1
Product Line
Ascentis
Carbon Load
6.7%
Phase
Reversed Phase
Length (Metric)
5 cm
pH
2 to 9
Surface Area
135 m2/g
Stationary Phase
AQ-C18
Matrix
AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped
Yes
Technique
Fused-Core HPLC
Related Products
Description
- Particle provides a thin porous shell of high-purity silica surrounding a solid silica core Very high column efficiency due to the shallow diffusion paths in the 0.5 μm thick porous shell, and the small overall particle size of 2.7 μm AQ-C18 is a C18 bonded phase prepared using a proprietary procedure that incorporates a small amount of polar silane which makes the phase resistant to dewetting Dewetting resistance allows users of the AQ-C18 phase to run highly-aqueous (up to 100%) mobile phases The modified C18 phase exhibits similar retention to Ascentis™ Express C18 with a different selectivity, adding a valuable alternative for resolving difficult separations AQ-C18 is a reversed-phase packing that can be used for basic, acidic, and neutral compounds
Compare Similar Items
Show Difference
Diameter (Metric): 3 mm
Particle Size: 2.7 μm
Pore Size: 90 Å
USP Type: L1
Product Line: Ascentis
Carbon Load: 6.7%
Phase: Reversed Phase
Length (Metric): 5 cm
pH: 2 to 9
Surface Area: 135 m2/g
Stationary Phase: AQ-C18
Matrix: AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped: Yes
Technique: Fused-Core HPLC
Diameter (Metric):
3 mm
Particle Size:
2.7 μm
Pore Size:
90 Å
USP Type:
L1
Product Line:
Ascentis
Carbon Load:
6.7%
Phase:
Reversed Phase
Length (Metric):
5 cm
pH:
2 to 9
Surface Area:
135 m2/g
Stationary Phase:
AQ-C18
Matrix:
AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped:
Yes
Technique:
Fused-Core HPLC
Diameter (Metric): 3 mm
Particle Size: 2.7 μm
Pore Size: 90 Å
USP Type: L1
Product Line: Ascentis
Carbon Load: 6.7%
Phase: Reversed Phase
Length (Metric): 7.5 cm
pH: 2 to 9
Surface Area: 135 m2/g
Stationary Phase: AQ-C18 Phase
Matrix: AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped: Yes
Technique: Fused-Core HPLC
Diameter (Metric):
3 mm
Particle Size:
2.7 μm
Pore Size:
90 Å
USP Type:
L1
Product Line:
Ascentis
Carbon Load:
6.7%
Phase:
Reversed Phase
Length (Metric):
7.5 cm
pH:
2 to 9
Surface Area:
135 m2/g
Stationary Phase:
AQ-C18 Phase
Matrix:
AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped:
Yes
Technique:
Fused-Core HPLC
Diameter (Metric): 3 mm
Particle Size: 2.7 μm
Pore Size: 90 Å
USP Type: L1
Product Line: Ascentis
Carbon Load: 6.7%
Phase: Reversed Phase
Length (Metric): 10 cm
pH: 2 to 9
Surface Area: 135 m2/g
Stationary Phase: AQ-C18
Matrix: AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped: Yes
Technique: Fused-Core HPLC
Diameter (Metric):
3 mm
Particle Size:
2.7 μm
Pore Size:
90 Å
USP Type:
L1
Product Line:
Ascentis
Carbon Load:
6.7%
Phase:
Reversed Phase
Length (Metric):
10 cm
pH:
2 to 9
Surface Area:
135 m2/g
Stationary Phase:
AQ-C18
Matrix:
AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped:
Yes
Technique:
Fused-Core HPLC
Diameter (Metric): 3 mm
Particle Size: 2.7 μm
Pore Size: 90 Å
USP Type: L1
Product Line: Ascentis
Carbon Load: 6.7%
Phase: Reversed Phase
Length (Metric): 15 cm
pH: 2 to 9
Surface Area: 135 m2/g
Stationary Phase: AQ-C18
Matrix: AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped: Yes
Technique: Fused-Core HPLC
Diameter (Metric):
3 mm
Particle Size:
2.7 μm
Pore Size:
90 Å
USP Type:
L1
Product Line:
Ascentis
Carbon Load:
6.7%
Phase:
Reversed Phase
Length (Metric):
15 cm
pH:
2 to 9
Surface Area:
135 m2/g
Stationary Phase:
AQ-C18
Matrix:
AQ-C18 Phase/Fused-Core™ Silica Particle Platform
Endcapped:
Yes
Technique:
Fused-Core HPLC