Your New Favorite Buck Scientific 70152-273 Non Polar Column - 15m X 0.53mm X 1um Add To Cart [6S58p32j]

BUCK Scientific 70152-273 Non Polar Column

The BUCK Scientific 70152-273 Non Polar Column is a high-quality, precision-engineered chromatography column designed for optimal performance in various analytical applications. This column features a 15-meter length, a 0.53mm inner diameter, and a 1.0-micron particle size, providing exceptional separation efficiency and resolution. Its non-polar nature makes it ideal for separating non-polar compounds, offering reliable and consistent results across a wide range of analyses.

• High separation efficiency and resolution
• Non-polar design for optimal separation of non-polar compounds
• Excellent compatibility with a variety of solvents and detectors

Product Specifications and Technical Details

The BUCK Scientific 70152-273 Non Polar Column is constructed with the utmost precision, ensuring consistent performance and long-term reliability. Key specifications include a 15-meter length, a 0.53mm inner diameter, and a 1.0-micron particle size, which contribute to its exceptional efficiency. This column is designed to work effectively with a range of detectors and solvents, making it a versatile choice for various analytical applications.

• 15-meter length for long-lasting performance
• 0.53mm inner diameter for optimal flow rates
• 1.0-micron particle size for superior separation

Practical Applications and Benefits

The BUCK Scientific 70152-273 Non Polar Column is an essential tool for researchers and analysts in various fields, including pharmaceuticals, environmental science, and food safety. Its ability to separate non-polar compounds efficiently makes it particularly valuable in complex analyses. By offering reliable and consistent results, this column helps streamline workflows and enhance the accuracy of your experiments. Whether you are conducting quality control tests or exploring new compounds, this column is a valuable asset in your analytical toolkit.

• Optimized for pharmaceutical and environmental analyses
• Enhances the accuracy of complex separations
• Streamlines workflows for improved efficiency