Believe It Boltimate Phenyl-hexyl, 2.7μm, 90Å, 2.1×75mm Your 65% Coupon Inside [DZx3Md24]

Boltimate Phenyl-Hexyl Column

The Boltimate Phenyl-Hexyl column is a state-of-the-art chromatography solution designed for superior separation performance. Engineered with a unique core-shell structure, this column delivers exceptional efficiency and compatibility with existing LC systems. Its advanced design, featuring a 1.7 μm solid core and a 0.5 μm porous layer, ensures high column efficiency (~200,000 plates/m) and exceptional separation performance, comparable to sub-2 μm particles. This innovative technology minimizes backpressure, reducing the need for costly equipment upgrades and making it an ideal choice for your laboratory.

Key Features and Specifications

The Boltimate Phenyl-Hexyl column stands out with its core-shell particle design, which offers numerous advantages. High column efficiency allows for faster analysis times and improved resolution, while low backpressure ensures compatibility with a wide range of LC systems. The column is bonded with phenyl-hexyl groups, providing unique retention capabilities for aromatic hydrocarbon compounds. Here are some key features and specifications that make this column a top choice for your laboratory:

• Particle Size: 2.7 μm
• Pore Size: 90Å
• Dimensions: 2.1×75mm

Practical Applications

The Boltimate Phenyl-Hexyl column is a versatile tool for a variety of applications. Its exceptional separation performance makes it ideal for analyzing complex mixtures of aromatic hydrocarbon compounds. The column's compatibility with existing LC systems ensures seamless integration into your workflow, without the need for extensive modifications. Whether you are conducting research or performing routine analyses, this column delivers reliable and consistent results. Its practical benefits include:

• Improved Resolution: Enhanced separation of complex mixtures
• Reduced Analysis Time: Faster run times for increased productivity

Upgrade your laboratory's chromatography capabilities with the Boltimate Phenyl-Hexyl column today.