SunFire C18 Column, 100Å, 5 µm, 3 mm X 250 mm, 1/pk

The SunFire C18 Column is high-resolution, fast, and low-back pressure lab equipment. It also has excellent sensitivity, a high peak capacity, and very little bleed, resulting in sharp peaks. The column is versatile enough to be employed in a variety of mass spectrometry applications. The lab equipment is essential for any lab because of these specific characteristics.

For general-purpose technique development at low pH, rely on the SunFire C18 Column. The SunFire C18 Column's C18 ligand is extremely retentive, especially for basic chemicals. The lab equipment is well suited for purification and impurity profile analyses as a result of this. You also get the best in particle and bonding knowledge with the SunFire C18 Column, resulting in industry-leading chromatographic performance.

Benefit from the SunFire C18 Column's low pH stability, which extends the lab equipment's lifetime when compared to several classic silica-based HPLC column brands. Furthermore, by including the analytical column in your lab, you will get a dependable column that is very efficient and sensitive. This is accomplished by using patented, cutting-edge silica synthesis, bonding, end-capping, and packing methods in the production of the SunFire C18 Column. The innovative bonding and end-capping technologies, together with the column's sorbent, provide higher peak shape performance. At low and intermediate pH ranges, you get symmetrical peaks for improved resolution and quantitation of acidic, neutral, and basic substances.

Browse our online store for lab equipment and find a wide choice of products that can be used in conjunction with this column,as well as others that you may require in your lab. For example, you might want to look into, and invest in the Waters SunFire C18 VanGuard Cartridge, 100Å, 5 µm, 2.1 mm X 5 mm, 3/pk, which is meant to help your SunFire C18 Column last longer. The Cartridge is composed of the same packing material as the column and functions by filtering the mobile phase of any particle and chemical impurities.