<p>The main application of these membrane filters ist the filtration of air, gases and chemicals. PTFE membrane filters have an excellent chemical compatibility (pH 1 to 14), so that they are also used for the filtration of solvents and acids, to whi
<p>The main application of these membrane filters ist the filtration of air, gases and chemicals. PTFE membrane filters have an excellent chemical compatibility (pH 1 to 14), so that they are also used for the filtration of solvents and acids, to whi
<p><b>Top Features</b></p><ul><li>Sharply defined pore sizes for accurate separation and retention of particles</li><li>Smooth and translucent surface for excellent visibility of the retained particles</li><li>Capture of the particles on the surface
<p><b>Top Features</b></p><ul><li>Sharply defined pore sizes for accurate separation and retention of particles</li><li>Smooth and translucent surface for excellent visibility of the retained particles</li><li>Capture of the particles on the surface
<p>These solvent-resistant (pH 3-12), hydrophilic and low non-specific adsorptive membrane filters are excellently suited for the particle removal from solvents.</p><p>They are mainly used for clarification and degassing solvents and mobile phases fo
<p>These solvent-resistant (pH 3-12), hydrophilic and low non-specific adsorptive membrane filters are excellently suited for the particle removal from solvents.</p><p>They are mainly used for clarification and degassing solvents and mobile phases fo
The hydrophilic cellulose acetate membrane filters combine high flow rates, good chemical resistance (pH 4-8) and thermal stability with very low adsorption characteristics. They are excellently suited for use in pressure filtration devices.
The hydrophilic cellulose acetate membrane filters combine high flow rates, good chemical resistance (pH 4-8) and thermal stability with very low adsorption characteristics. They are excellently suited for use in pressure filtration devices.
The hydrophilic cellulose acetate membrane filters combine high flow rates, good chemical resistance (pH 4-8) and thermal stability with very low adsorption characteristics. They are excellently suited for use in pressure filtration devices.
The hydrophilic cellulose acetate membrane filters combine high flow rates, good chemical resistance (pH 4-8) and thermal stability with very low adsorption characteristics. They are excellently suited for use in pressure filtration devices.