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ChromaNik SunArmor C18

SunArmor can be used at a pH range of a mobile phase between 2 to 12. This is almost the same durability compared to a hybrid C18s column.
Furthermore, SunArmor C18 shows better shape for acidic, basic, and metal chelating compounds than the other hybrid C18 because of few residual silanol groups.

SunArmor C18 Ordering Information

Inner diameter (mm) Length (mm) SunArmor C18, 3μm


Catalog no.

SunArmor C18, 5μm


Catalog no.

USP category
2.0 50
75
100
150
250
IUHB2241
IUHB2251
IUHB2261
IUHB2271
IUHB3241

IUHB3261
IUHB3271
IUHB3281
L1
3.0 50
75
100
150
250
IUHB2341

IUHB2361
IUHB2371
IUHB2381
IUHB3341

IUHB3361
IUHB3371
IUHB3381
L1
4.6 50
75
100
150
250
IUHB2441

IUHB2461
IUHB2471
IUHB2481
IUHB3441

IUHB3461
IUHB3471
IUHB3481
L1
10 250 IUHB3781  L1
20 250 IUHB3881 L1
Clear
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Description

SunArmor C18

Further Evolution of surface modification
A combination of the novel end-capping reagent with an ethylene chain and sunniest end-capping leads a silica C18 column to be stable under pH12 conditions. Although Sunniest end-capping leads to stability under pH10 conditions.
SunArmor C18 can be used at the pH range of a mobile phase between 2 to 12. This is almost the same durability compare to a hybrid C18s column. Furthermore, SunArmor C18 shows better shape for acidic, basic, and metal chelating compounds than the other hybrid C18 because of little residual silanol groups.





Additional Information
Particle Size

3µm, 5µm

Length

50mm, 75mm, 100mm, 150mm, 250mm

Internal Diameter

2mm, 3mm, 4.6mm, 10mm, 20mm

Pore Size

120Å

Files and documentation

Files and documentation

File 1File 2