Product no. ACE-1212-1020
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Catalog ACE C18-Amide ACE-1212-1020

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ACE C18-Amide

by ACE

For increased polar retention and alternative selectivity.

ACE C18-Amide is the latest addition to the ACE range of bonded phases which offer both complementary selectivity & the option of 2μm, 3μm, 5μm and 10μm particle sizes - to enable development of rugged, robust UHPLC & HPLC methods.

  • Alternative selectivity for method development
  • Improved separations with polar, acidic, basic and phenolic compounds
  • High efficiency 2μm, 3μm, 5μm and 10μm particles for UHPLC and HPLC
  • Ultra-inert for maximum performance and reproducibility

Specification

View this column family
Vendor ACE Max Pressure 4000
Brand ACE C18-Amide Surface Area 300
Modifification FPP Carbon Load, % 16.4
Mode RP Endcapped Yes
Particle Size 5 Operating Temperature 60
Length 100 pH stability from 2
Internal Diameter 21.2 pH stability to 8
Pore size 100

Product Usage

Acidic compounds Basic compounds Phenolic compounds Polar compounds

Applications of column use

No Applications are assigned to this Product.

Similar columns from other manufacturers to ACE C18-Amide

Specific columns from up to 10 families from other manufacturers with the same Mode and Modification. Compare a column to see its recorded specifications alongside this column.

How similarity is calculated
The percentage compares the two specific columns shown, using Modification (25%), Product Usage (20%), Carbon Load (15%), Endcapping (10%), Pore Size (10%), Surface Area (8%), pH Stability (8%) and Particle Size (4%). Missing values are excluded. At least three criteria and 50% of the total weight must be available to show a score. Open Compare Column for every contribution and the calculation. Mode is a required discovery filter; length and internal diameter do not affect the score. Recommendations retain the family discovery rules. An eligible sponsor may appear first and is labelled Sponsored.
A similarity score does not guarantee identical selectivity or performance. Confirm suitability under the intended method conditions.

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