HPLC Solvent Inlet Filters
HPLC solvent inlet filters represent the first barrier for retaining particles, precipitates, and microbes from mobile phases, buffers, and salt solutions at HPLC inlet. Agilent provides a wide range of high-quality glass and stainless steel HPLC inlet filters with different pore sizes. Further down the flow path, Agilent inline filters can be installed at the high-pressure side to filtrate even smaller particles from solvents, samples and system worn parts.
Both Agilent solvent inlet filters and inline filters are designed for and tested on Agilent instruments to ensure best fit and protection of your valuable columns against particle clogging. These inlet solvent filters are critical for preventing pressure increases and contamination, leading to extended column lifetime, increased analytical efficiency and decreased cost per sample. The new Quick Change inline filter with finger-tight filter disc replacement provides ultimate ease of use and robustness.
Both Agilent solvent inlet filters and inline filters are designed for and tested on Agilent instruments to ensure best fit and protection of your valuable columns against particle clogging. These inlet solvent filters are critical for preventing pressure increases and contamination, leading to extended column lifetime, increased analytical efficiency and decreased cost per sample. The new Quick Change inline filter with finger-tight filter disc replacement provides ultimate ease of use and robustness.
Product Details
Features
- Agilent solvent inlet filters have a defined, homogeneous pore size to effectively block particles above a certain size, while letting the mobile phase through without a significant pressure increase
- Agilent solvent inline filters can be installed before column to capture particles from solvents, samples and system worn parts to protect columns, extending column lifetime
- InfinityLab Quick Change inline filters are innovatively designed to enable finger-tight filter disc replacement, with click & seal to avoid over- or undertightening and superior robustness for lower operational costs
