"impermeable for" is a correct and usable phrase in written English.
It is typically used to describe something that cannot be penetrated or passed through. It is often used to refer to objects or substances that are resistant to water, air, or other substances. An example sentence using "impermeable for" could be: "The raincoat was impermeable for the entire hike, keeping the hiker dry and comfortable despite the heavy downpour."
They are to entomb the remaining contamination in enough grout to fill four Home Depots and then seal the buildings to make them impermeable for a millennium.
The membrane is permeable for water vapor but impermeable for liquids.
The glass plate separating such two split-root compartments was impermeable for roots and microbes (Fig. 1).
Targeting of enzymes encapsulated into substrate-permeable polymer nano-carriers (PNC) impermeable for proteases might overcome these limitations.
The lowermost layer of the model is represented by the crystalline crust, which is regarded as impermeable for fluid (Fig. 2l; Table 1).
The dura itself could be impermeable for purely physical reasons and the subdural arachnoidea could be an active barrier like the BBB.
The mycolic acid layer provides a hydrophobic mesh for intercalating additional complex lipids, resulting in a highly impermeable barrier for the penetration of antimicrobial drugs, such as penicillins (Amberson et al., 1931; Minnikin et al., 2002;).
This difference is mainly due to the different structure and characteristics of particle agglomerates formed during the early stage, which is a spherical, porous, and more-uniformly distributed aggregate for the nanosuspension, but it is a densely packed and impermeable shell for the micron suspension.
The lipid bilayer structure forms an impermeable barrier for essential water-soluble substances in the cell and provides the basis for the compartmentalizing function of biological membranes.
After fumigating, the soil was mulched by 0.04 mm impermeable film for 15 days.
The plasma membrane represents an impermeable barrier for development of most macromolecular antiviral agents.
