researchers prepared a series of sugar-based silicone surfactants through hydrosilylation of hydrogen-containing polysiloxane and glucose derivatives. zhou et al. prepared a dual-hydrophilic sugar-based silicone surfactant with two hydrophilic groups, sugar-based and polyether, by combining amino-containing siloxane with hydroxyl-terminated polyether and d-(t)-glucolactone, and found that amphiphilic hydrophilic sugar-based silicone surfactant can reduce the surface tension of water to 20~21 mn/m and has excellent surface activity.
You might like
-
non-toxic sponge dyes for baby product safety standards
-
scaling-up the production of colored polyurethane with efficient colorant management: a strategic approach to industrial optimization and sustainability
-
colorant-induced changes in the comfort and softness of polyurethane sponges
-
optimizing the cost-performance ratio of polyurethane colorants in mass production
-
odorless sponge pigments in a wide range of colors
-
optimizing the cost-efficiency of polyurethane sponge colorants in large-scale production
-
high-quality polyurethane sponge dye for furniture manufacturing
-
enhanced lightfast pigments for decorative polyurethane elastic sponge uses
-
color enhancers for water-absorbent polyurethane sponge in cleaning tools: a comprehensive review
-
premium polyurethane elastic sponge color paste for textile lamination
