Products

Sil-cell® 50 has been found to be cost effective in the manufacturing of joint compounds, adhesives, auto body putty, cultured marble, wall patching compounds, stucco, ready mix gypsum plasters, resins, plastics and a variety of other composites. It can also be treated with unique proprietary surface coatings to modify the particle’s surface. In both organic and inorganic composites, these coupling agents improve adhesion.

Sil-cell® 42 has been found to be cost effective in the manufacturing of joint compounds, adhesives, auto body putty, cultured marble, wall patching compounds, stucco, ready mix gypsum plasters, resins, plastics and a variety of other composites. It can also be treated with unique proprietary surface coatings to modify the particle’s surface. In both organic and inorganic composites, these coupling agents improve adhesion.

Sil-cell® 32 has been found to be cost effective in the manufacturing of joint compounds, adhesives, auto body putty, cultured marble, wall patching compounds, stucco, ready mix gypsum plasters, resins, plastics and a variety of other composites. It can also be treated with unique proprietary surface coatings to modify the particle’s surface. In both organic and inorganic composites, these coupling agents improve adhesion.

Sil-cell® 43 has been found to be cost effective in the manufacturing of joint compounds, adhesives, auto body putty, cultured marble, wall patching compounds, stucco, ready mix gypsum plasters, resins, plastics and a variety of other composites. It can also be treated with unique proprietary surface coatings to modify the particle’s surface. In both organic and inorganic composites, these coupling agents improve adhesion.

Sil-cell® 35 has been found to be cost effective in the manufacturing of joint compounds, adhesives, auto body putty, cultured marble, wall patching compounds, stucco, ready mix gypsum plasters, resins, plastics and a variety of other composites. It can also be treated with unique proprietary surface coatings to modify the particle’s surface. In both organic and inorganic composites, these coupling agents improve adhesion.