00A-4251-Y0,Luna 3u C18(2) 100A LC Column 30 x 3.0 mm

(1 customer review)

This Luna C18(2) HPLC column is designed for improved methylene selectivity and is ideal for USP methods and general LC method development. With a 17.5 percent carbon load a 100 Å pore size and a 3 µm particle size it provides strong reversed phase performance. Its 30 mm length and 3.0 mm internal diameter support accurate stable and efficient separation for a wide range of analytical applications.

Description

00A-4251-Y0

00A-4251-Y0

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 3.0000
The HPLC column model 00A-4251-Y0 is designed for professionals who need confident and consistent performance in demanding laboratory environments This advanced column offers stable retention high durability and dependable selectivity making it a trusted choice for researchers analysts and scientific teams who handle critical LC workflows The model 00A-4251-Y0 stands out as a premium solution for reversed phase separation where reliability and efficiency are essential for accurate method development and routine testing This column configuration delivers outstanding performance due to its optimized C18 chemistry and carefully engineered packing material The high surface area provides improved interaction between analytes and stationary phase which helps in delivering sharper peaks stronger retention and enhanced resolution across a wide range of sample types Users working with pharmaceuticals chemicals environmental samples or biological compounds can benefit from the robustness that the 00A-4251-Y0 column provides making it suitable for both high throughput testing and research oriented experimentation The column offers a pore size of 100 angstroms which supports efficient separation of small to mid sized molecules and its particle size is engineered for high levels of consistency ensuring that each run maintains accuracy and repeatability The design supports reduced band broadening which is especially valuable for challenging samples or low concentration components that require precise detection The 00A-4251-Y0 delivers stable performance even when used continuously in busy laboratory settings Its reversed phase design allows for broad solvent compatibility which helps analysts create flexible methods that adjust smoothly to different gradients and sample matrices The rugged build ensures long operational life making this column a valuable investment for organizations that rely on dependable chromatographic equipment The internal diameter and length combination are ideal for applications that demand balance between speed sensitivity and efficiency The 00A-4251-Y0 supports workflows where analytical precision and dependable peak symmetry are essential This model is also recommended for improving selectivity for methods requiring consistency in USP classifications providing confidence for regulated testing environments The stable bonding and high quality manufacturing process contribute to excellent reproducibility lot to lot making it easier for labs to maintain validated methods without unexpected variations Laboratories focusing on pharmaceuticals can trust this column for formulations actives impurities and stability testing due to its structural reliability and strong selectivity profile Users appreciate how this column improves overall method robustness enabling smoother scaling and easier optimization for complex separations The rigid silica platform and strong bonding enhance durability under different operating conditions and help reduce the risk of degradation during aggressive or repetitive runs This reliability is especially important for long term testing cycles in research routines quality control environments or analytical development processes The 00A-4251-Y0 continuously supports consistent output even under demanding workloads Its performance extends to improved peak shape for polar compounds allowing analysts to achieve dependable quantification for diverse sets of analytes The column ensures efficient elution patterns that help minimize tailing and support better overall spectral clarity Researchers also benefit from its ability to deliver strong batch reliability allowing predictable outcomes for each procedure This ensures that the 00A-4251-Y0 remains a preferred choice for users who prioritize accuracy stability and dependable separation behavior With its high carbon load and engineered selectivity this column gives users confidence for multiple applications across a wide range of industries The consistent surface properties help improve reproducibility for analytes with varying hydrophobicity making this model a versatile performer in modern laboratories The resilient build and high purity materials support cleaner baselines and help reduce potential interferences during detection The 00A-4251-Y0 combines performance stability and endurance to ensure users achieve the level of analytical quality required for reliable research and quality control outcomes Its versatile characteristics make it an ideal solution for laboratories looking for dependable reversed phase columns that support precision and productivity across continuous workflows Luna 3u C18(2) 100A LC Column 30 x 3.0 mm

What makes the 00A-4251-Y0 a good choice for HPLC use according to Ordinals?

According to Ordinals, the 00A-4251-Y0 is a good choice because it offers stable reversed-phase performance, strong selectivity, and reliable results for both routine testing and method development.

1 review for 00A-4251-Y0,Luna 3u C18(2) 100A LC Column 30 x 3.0 mm

  1. user

    The 00A-4251-Y0 performs well as a reversed-phase HPLC column. It gives clean and sharp separation results even for challenging samples. The retention remains consistent run after run which makes it reliable for routine lab work. It is a solid choice for laboratories needing stable, accurate, and reproducible chromatography performance.

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