Shiseido (Osaka Soda)

Shiseido is an internationally established, japanese manufacturer of cosmetic products in the luxury segment, founded in 1872. With Shiseido HPLC, nowadays part of Osaka Soda, this company has also distributed packing materials for liquid chromatography for a couple of years. Especially silicium polymers made Shiseido become that successful. At analytics-shop.com you can find more than 1 400 HPLC columns of Shiseido. Please use our HPLC Column configurator to find the column you are looking for within a few mouse clicks.

Bestsellers of Shiseido (Osaka Soda)

  1. HPLC Cartridge Column Osaka Soda (Shiseido) Holder (L20) for 20mm Cartridges
    Item number: SHI-12414
    Brand: Osaka Soda (former Shiseido)
    €178.93
  2. HPLC Cartridge Column Holder (L10) Osaka Soda (Shiseido) for 10mm Cartridges
    Item number: SHI-12415
    Brand: Osaka Soda (former Shiseido)
    €178.93
  3. HPLC Cartridge Column Osaka Soda (Shiseido) C18 MG 100Å 3µm, 20mm x 4mm, 2/PAK
    Item number: SHI-12307
    Brand: Osaka Soda (former Shiseido)
    €203.57
  4. HPLC Column Osaka Soda (Shiseido) CAPCELL CORE C18 90Å 2.7µm, 150mm x 4.6mm
    Item number: SHI-51117
    Brand: Osaka Soda (former Shiseido)
    €791.79
  5. HPLC Column Osaka Soda (Shiseido) CAPCELL PAK C18 UG 120Å 5µm, 250mm x 4.6mm
    Item number: SHI-61504
    Brand: Osaka Soda (former Shiseido)
    €445.71

CAPCELL CORE ultra-shielded UHPLC & HPLC columns

Shiseido’s Capcell Pak UHPLC & HPLC columns are equipped with ultra-shielded silica gel based on the unique silicone polymer coating technology. This technology reduces free silanol groups that trigger unwanted peak tailing, thereby combining the advantages of the silica and polymer columns. Capcell Pak columns can also be used under unfavorable conditions and are stable at a pH of 1-10.

Capcell Pak ADME and Capcell Core ADME

Shiseido Capcell Pak ADME and Capcell Core ADME columns are characterized by being the first column to use adamantane as a functional group in chromatography. Adamantane has high hydrophobicity and surface polarity, which makes selectivity particularly suitable for metabolites. The term ADME refers to the known pharmacokinetic abbreviation for absorption - distribution - metabolism - excretion.