00A-4248-Y0,Luna 3u C8(2) 100A LC Column 30 x 3.0 mm

(1 customer review)

This Luna C8(2) HPLC column is designed for the efficient separation of very hydrophobic compounds. It features a 13.5 percent carbon load and a high 400 square meter per gram surface area which supports strong retention and stable performance. With an L7 USP classification and a 100 angstrom pore size this reversed phase column offers reliable resolution and consistency. Its 30 mm length 3 micron particle size and 3.0 mm internal diameter make it suitable for fast high-efficiency analysis in routine and advanced laboratory applications.

Description

00A-4248-Y0

00A-4248-Y0

Recommended Use
Separation of very hydrophobic compounds
Carbon Load % 13.5
Surface Area (sq.Meter/g) 400
USP Classification L7
Technique HPLC
Separation Mode Reversed Phase
Pore Size 100.0000
Brand Luna
Phase C8(2)
Length (mm) 30.0000
Particle Size 3.0000
Internal Diameter 3.0000
The HPLC column identified as 00A-4248-Y0 is designed to support advanced laboratory workflows where precision selectivity and reliability are essential and the performance of 00A-4248-Y0 helps analysts achieve stable and repeatable separations even when working with very hydrophobic compounds that require strong retention and controlled interaction with the stationary phase The structure and engineering of 00A-4248-Y0 allow it to deliver consistent flow and dependable surface activity making it suitable for research environments quality control labs and routine analytical tasks that demand accuracy The materials selected for the construction of 00A-4248-Y0 provide robustness and durability ensuring that users can rely on long term operation under demanding chromatographic conditions without performance drift or loss of efficiency This column supports balanced retention behavior allowing users to manage interactions with complex samples and optimize method conditions across a wide range of reversed phase techniques The uniform particle structure enhances separation power by promoting even flow pathways and minimizing band broadening which helps in achieving sharp resolution and stable peak shapes The pore design is engineered to handle molecules with varied hydrophobicity providing flexible application potential for samples that may otherwise be challenging to separate in standard HPLC systems The internal geometry helps maintain pressure stability and smooth movement of mobile phases through the bed giving analysts confidence in repeatability and reproducibility for every run The adaptability of this column also supports method development where precise tuning of retention selectivity and mobile phase conditions are needed to meet specific laboratory goals The surface area engineered in this model offers high interaction potential improving retention and giving scientists the ability to fine tune workflow conditions for challenging analytes The column design also aids compatibility with a wide range of HPLC systems making it practical for laboratories that operate multiple instruments or that require standardized components for consistent operation The reliable structure of the packing material promotes long term stability giving users extended usage cycles and reducing the need for frequent replacements or maintenance This contributes to overall cost efficiency while supporting scientific accuracy in routine and advanced applications The high efficiency of this model makes it valuable for analysts studying complex matrices biological samples pharmaceutical compounds and environmental substances where reliable separation is essential for accurate reporting and regulatory compliance The controlled retention behavior also supports high throughput workflow environments where time sensitive operations require consistent speed and reproducibility without compromising on resolution quality The surface properties are engineered to reduce unwanted interactions supporting cleaner baselines and more accurate interpretations of chromatographic data The column is suitable for diverse method types allowing scientists to apply it across multiple studies without changing hardware configurations which enhances convenience and laboratory productivity Furthermore the lightweight and robust nature of the hardware makes installation simple and maintenance straightforward enabling seamless integration into existing systems The consistent performance of this design allows laboratories to maintain dependable results over extended operational periods supporting both routine and critical analytical tasks with stability and accuracy The versatility of this product has made 00A-4248-Y0 a reliable choice for analysts and professionals who require trustworthy HPLC performance and the overall engineering quality associated with 00A-4248-Y0 supports laboratories aiming for precision consistency and dependable separation outcomes across a broad range of scientific applications making 00A-4248-Y0 an essential and highly dependable component for modern analytical environments Luna 3u C8(2) 100A LC Column 30 x 3.0 mm

Why is the 00A-4248-Y0 from Ordinals suitable for separating very hydrophobic compounds?

The 00A-4248-Y0 from Ordinals is engineered with enhanced surface properties and a stable reversed phase design that provides strong retention and reliable interaction with very hydrophobic compounds ensuring consistent accurate and high-quality separation results.

1 review for 00A-4248-Y0,Luna 3u C8(2) 100A LC Column 30 x 3.0 mm

  1. user

    The 00A-4248-Y0 is a strong and reliable HPLC column. It gives clean separation and works well with very hydrophobic compounds. The performance is stable and consistent which makes testing easier and faster. This product is trusted for routine and advanced lab work and many users appreciate its smooth flow and dependable results.

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