ARheological agent are used to control the viscosity and flow behaviour of liquids,offers a broad portfolio of different rheological additives: for aqueous and solvent-borne systems, based on renewable raw materials and with Newtonian flow behavior as well as pseudoplastic or thixotropic flow behaviour. Some of the rheological additives exhibit a yield point, so that the quiescent fluids do not flow (e. g. on vertical surfaces)
ARheological agent are used to control the viscosity and flow behaviour of liquids,offers a broad portfolio of different rheological additives: for aqueous and solvent-borne systems, based on renewable raw materials and with Newtonian flow behavior as well as pseudoplastic or thixotropic flow behaviour. Some of the rheological additives exhibit a yield point, so that the quiescent fluids do not flow (e. g. on vertical surfaces)
Coating antifungal agents are widely used in multiple fields, including but not limited to:
Architectural coatings: prevent mold growth in interior and exterior wall coatings, maintain wall cleanliness and aesthetics.
Industrial coatings: coatings that protect substrates such as metals and plastics from fungal erosion.
Wood coatings: prevent mold growth on the surface of wood and extend the service life of wood products.
Ship coatings: prevent marine organisms from adhering to the surface of the ship and improve its anti-corrosion performance.
Food packaging coatings: Ensure the hygiene and safety of food packaging materials and prevent fungal contamination.
The working principle of antifungal agents mainly includes the following aspects:
Cell wall damage: Some antifungal agents can damage the fungal cell wall, causing leakage of cell contents and ultimately killing the fungus.
Enzyme activity inhibition: Some antifungal agents can inhibit the activity of key enzymes in fungi, prevent their metabolic processes, and thus inhibit growth.
Energy metabolism interference: Some antifungal agents can interfere with the energy metabolism pathway of fungi, preventing them from growing and reproducing normally.
Protein synthesis inhibition: Some antifungal agents can inhibit the synthesis of fungal proteins, preventing their normal physiological functions.
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