Products

SIRAL 40 is a silica-alumina hydrate that exhibits a higher degree of acidity than pure alumina. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.

SIRAL 40 HPV is a silica-alumina hydrate that provides higher acidity and exhibits a larger pore volume. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.

SIRAL 70 HPV is a high-purity acidic silica alumina hydrate consisting of silica-alumina hydrates and aluminum compounds. It is commonly used as a catalyst ingredient in the chemical manufacturing, refining, and gas processing industries. SIRAL 70 HPV is categorized under technical salts and inorganics and industrial additives and materials. It is specifically utilized as a catalyst in refinery and chemical processes.

SIRAL 20 is a silica-alumina hydrate that exhibits a higher degree of acidity than pure alumina. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.

SIRAL 5 is a silica-alumina hydrate that exhibits a higher degree of acidity than pure alumina. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.

SIRAL 10 is a silica-alumina hydrate that exhibits a higher degree of acidity than pure alumina. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.

SIRAL 30 is a silica-alumina hydrate that exhibits a higher degree of acidity than pure alumina. One of the key properties of silica-alumina is its comparatively high level of surface acidity, making it a useful catalyst support material, for example, in the field of refinery catalysts.