00A-4251-A0,Luna 3u C18(2) 100A LC Column 30 x 1.0 mm

(1 customer review)

The 00A-4251-A0 Luna C18(2) HPLC column is designed for improved methylene selectivity, making it ideal for USP methods and general LC method development. With a high 17.5% carbon load, 400 m²/g surface area, and 100 Å pore size, it delivers strong retention and reliable reversed phase performance. This 30 mm column with 3 µm particles and a 1.0 mm internal diameter provides fast, accurate, and efficient separation for a wide range of hydrophobic and standard analytical compounds.

Description

00A-4251-A0
00A-4251-A0

Recommended Use
Recommended for improved methylene selectivity for USP methods or general LC method development
Carbon Load % 17.5
Surface Area (sq.Meter/g) 400
USP Classification L1
Technique HPLC
Separation Mode Reversed Phase
Pore Size 100.0000
Brand Luna
Phase C18(2)
Length (mm) 30.0000
Particle Size 3.0000
Internal Diameter 1.0000
00A-4251-A0 is designed for analysts who need strong stability high selectivity and reliable separation support during LC method development and the advanced performance of 00A-4251-A0 helps users achieve clear resolution even with complex sample mixes that require improved methylene selectivity for precise results and since this model supports USP L1 classification it is highly suitable for pharmaceutical research chemical analysis and regulated testing environments where accuracy and method consistency are essential and the packing structure used in 00A-4251-A0 provides excellent retention strength for a wide range of hydrophobic compounds which makes it highly effective for reversed phase applications and the strong carbon load and optimized bonding technology help deliver smooth peak shape uniform flow and predictable retention behavior which allows analysts to work confidently without method drift or instability and many research teams prefer 00A-4251-A0 because its design supports sharp peaks high sensitivity and cleaner separation even when handling small sample volumes or demanding gradient conditions and this structure allows flexible use which helps laboratories reduce development time while ensuring stable output across repeated test cycles and the high surface area supports strong analyte interaction which is important for challenging compounds that need enhanced retention strength and method developers can rely on this stability when building new analytical workflows that require fine tuning and consistent behavior across multiple parameter changes and the durability of the material ensures strong resistance to pressure shifts and aggressive mobile phase conditions which helps protect the column during long term usage and this reliability reduces downtime and increases operational efficiency across high workload environments and users appreciate the balance of selectivity and robustness that 00A-4251-A0 consistently delivers because it supports modern LC testing requirements with both speed and control and this performance advantage also helps reduce variability which is critical for validated methods and regulated environments where reproducible results are required every day and the finely engineered design enhances method clarity for low concentration analytes which improves decision making in research and QC operations and because 00A-4251-A0 integrates smoothly with existing HPLC setups analysts can implement it without adjustment delays or additional preparation work and this flexibility helps technical teams maintain continuous workflow efficiency while supporting broad application needs and the enhanced separation behavior also assists in resolving closely related compounds that demand stronger selectivity which improves accuracy and reduces interference in complex mixtures and the structural integrity of the column material ensures predictable performance under extended testing hours which benefits laboratories with high sample throughput and tight deadlines and the optimized pore size and packing consistency help maintain stable flow paths which support sharp peak performance and improved response clarity throughout the testing cycle and by combining high efficiency with long term resistance this model provides a dependable solution for both routine analysis and demanding method development projects and the overall design of 00A-4251-A0 prioritizes clarity stability selectivity and workflow compatibility so users can rely on it for continuous reliable performance across diverse application needs and many industries including pharmaceuticals biotechnology academic laboratories chemical research and environmental testing choose this model because it delivers consistent quality and dependable separation strength and the engineers behind this design focused on building a high precision tool that supports reliable signal interpretation stable retention behavior and long term analytical confidence which makes 00A-4251-A0 an excellent choice for advanced HPLC operations that require proven stability and strong method control Luna 3u C18(2) 100A LC Column 30 x 1.0 mm

Why should I choose the 00A-4251-A0 column from Ordinals for my HPLC applications?

The 00A-4251-A0 column from Ordinals is a reliable option because it offers strong methylene selectivity high stability and consistent performance for reversed phase HPLC methods. Its advanced design supports precise separation sharp peak shapes and dependable retention behavior making it suitable for pharmaceutical research chemical analysis and general method development.

1 review for 00A-4251-A0,Luna 3u C18(2) 100A LC Column 30 x 1.0 mm

  1. user

    The 00A-4251-A0 column is a very reliable option for HPLC work. It gives clean and consistent separation especially when improved methylene selectivity is needed. The column is stable strong and easy to use in daily lab workflows. It delivers sharp peaks and smooth performance even with complex samples. Overall the 00A-4251-A0 is a good choice for accurate fast and dependable HPLC results.

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