The 300 μm I.D. Ascentis® Express Capillary HPLC columns are stable to operating pressures up to 6500 psi.
54271-U
Ascentis® Express 90 Å C18 (2.7 μm) HPLC Columns
L × I.D. 15 cm × 300 μm HPLC Capillary Column
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| Size/SKU | Availability | Price |
|---|---|---|
1 ea | Available to ship TODAYfromMILWAUKEE | $1,450.00 |
About This Item
UNSPSC Code:
41115700
eCl@ss:
32110501
NACRES:
SB.52
L × i.d.:
15 cm × 300 μm
Particle size:
2.7 μm
Matrix active group:
C18 (RP18), C18 (octadecyl) phase
Pore size:
90 Å pore size
Matrix:
Fused-Core particle platform, superficially porous particle
$1,450.00
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Product Name
Ascentis® Express C18, 2.7 Micron Capillary HPLC Column, 2.7 μm particle size, L × I.D. 15 cm × 300 μm
material
stainless steel column
Quality Segment
agency
suitable for USP L1
product line
Ascentis®
feature
endcapped
manufacturer/tradename
Ascentis®
packaging
1 ea of
parameter
400 bar pressure (5801 psi), 60 °C temp. range
technique(s)
HPLC: suitable, LC/MS: suitable, UHPLC-MS: suitable, UHPLC: suitable
L × I.D.
15 cm × 300 μm
surface area
135 m2/g
impurities
<5 ppm metals
matrix
Fused-Core particle platform, superficially porous particle
matrix active group
C18 (RP18), C18 (octadecyl) phase
particle size
2.7 μm
pore size
90 Å pore size
operating pH
2-9
application(s)
food and beverages
separation technique
reversed phase
1 of 1
This Item | |||
|---|---|---|---|
| matrix active group C18 (RP18), C18 (octadecyl) phase | matrix active group C18 (RP18), C18 (octadecyl) phase | matrix active group C18 (RP18), C18 (octadecyl) phase | matrix active group C18 (RP18), C18 (octadecyl) phase |
| L × I.D. 15 cm × 300 μm | L × I.D. 5 cm × 300 μm | L × I.D. 5 cm × 500 μm | L × I.D. 15 cm × 500 μm |
| separation technique reversed phase | separation technique reversed phase | separation technique reversed phase | separation technique reversed phase |
| product line Ascentis® | product line Ascentis® | product line Ascentis® | product line Ascentis® |
| matrix Fused-Core particle platform, superficially porous particle | matrix Fused-Core particle platform, superficially porous particle | matrix Fused-Core particle platform, superficially porous particle | matrix Fused-Core particle platform, superficially porous particle |
| technique(s) HPLC: suitable, UHPLC-MS: suitable, LC/MS: suitable, UHPLC: suitable | technique(s) HPLC: suitable, LC/MS: suitable, UHPLC-MS: suitable, UHPLC: suitable | technique(s) HPLC: suitable, LC/MS: suitable, UHPLC-MS: suitable, UHPLC: suitable | technique(s) HPLC: suitable, LC/MS: suitable, UHPLC-MS: suitable, UHPLC: suitable |
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What is the pressure rating for 300 μm I.D. Ascentis® Express Capillary HPLC columns?
1 answer-
Helpful?
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What is the Department of Transportation shipping information for this product?
1 answer-
Transportation information can be found in Section 14 of the product's (M)SDS.To access the shipping information for this material, use the link on the product detail page for the product.
Helpful?
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What is the carbon load for Ascentis® Express C18 HPLC Columns?
1 answer-
Carbon load which is commonly referred to as %Carbon is misleading and not meaningful for Ascentis® Express. Since Fused-Core™ particle is unique in the sense that it has a solid core and porous shell, the %Carbon number can not be compared to traditional porous particles. The carbon coverage for Ascentis® Express C18 is 3.5 micromoles/meter-squared
Helpful?
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Can I use Ascentis Express on a UHPLC system?
1 answer-
Yes. Ascentis Express columns are packed in a way making them suitable for these ultra high pressure instruments. In fact, Ascentis Express outperforms sub-2 μm micron columns on many applications since Ascentis Express provides the benefits of sub-2 μm particles but at much lower back pressure. These benefits include the capability of providing fast HPLC and higher resolution chromatography. The Fused-Core particle consists of a 1.7 μm solid core and a 0.5 μm porous shell. A major benefit of the Fused-Core particle is the small diffusion path (0.5 μm) compared to conventional fully porous particles. The shorter diffusion path reduces axial dispersion of solutes and minimizes peak broadening.
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