Bloom/bleed inhibitor, composition containing same, and elastomer molded article
A technology of inhibitors and elastomers, applied in the field of blooming/bleeding inhibitors, can solve the problems of inability to maintain initial physical properties and decrease in appearance, and achieve long-term excellent appearance
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Embodiment 1 and 2
[0122] As a blooming / bleeding inhibitor, 0.007 Al having a half-width of about 0.8 degrees of a diffraction peak at 31.7 degrees in an X-ray diffraction pattern is used 2 o 3 ·ZnO·0.15H 2 O powder (specific surface area: 104m 2 / g, median diameter: 1.7 μm), and a raw material composition in which the total content of the blooming / bleeding inhibitor is 3% by mass or 6% by mass relative to the total polymer component is prepared. Then, a test for confirming the effect of suppressing the blooming / bleeding phenomenon was performed (see Table 1).
Embodiment 3
[0124] As a blooming / bleeding inhibitor, ZnO 0.27H with no clear diffraction peak detected in the X-ray diffraction pattern was used 2 O powder (specific surface area: 188m 2 / g, median diameter: 9.8 μm), and a raw material composition in which the total content of the blooming / bleeding inhibitor was 3% by mass relative to the total polymer component was prepared. Then, a test for confirming the effect of suppressing the blooming / bleeding phenomenon was performed (see Table 1).
Embodiment 4
[0126] As a blooming / bleeding inhibitor, use 0.13Na which does not detect a clear diffraction peak in the X-ray diffraction pattern 2 O·Al 2 o 3 8.2SiO2 2 0.7H 2 O powder (specific surface area: 245m 2 / g, median diameter: 7.9 μm), and a raw material composition in which the total content of the blooming / bleeding inhibitor was 3% by mass relative to the total polymer component was prepared. Then, a test for confirming the effect of suppressing the blooming / bleeding phenomenon was performed (see Table 1).
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