MICROTOP TW 02 | MICROTOP TW 02 natural MICROTOP TW 02 white MICROTOP TW 02 blue
Pure mineral, micro-silica-modified thin coat mortar for drinking water facilities. Installation thickness approx. 2 - 5 mm. TW 02 is suitable for shotcrete or manual application. | MICROTOP TW BM | MICROTOP TW BM natural MICROTOP TW BM white
Coating mortar for the lining of drinking water facilities and tubing as well as in other drinking water technical plants. Installation thickness of 3 - 8 mm. TW BM is suitable for shotcrete of manual application. | MICROTOP TW Plaster | Mineral plaster mortar for the drinking water section, specially for the repair of old facilities. Installation thickness approx. 15 - 20 mm. TW Plaster is suitable for shotcrete or manual application. | MICROTOP TW 3 | MICROTOP TW 3 natural MICROTOP TW 3 white
Pure mineral, micro-silica-modified shotcrete mortar for dry-mix shotcreting procedure (thin flow) in the drinking water section for thick coats. Installation thickness approx. 9 - 15 mm. TW 3 can also be applied manually. | MICROTOP TW 5 | Pure mineral, micro-silica-modified shotcrete mortar for dry-mix shotcreting procedure (thin flow) in the drinking water section for thick coats. Installation thickness approx. 10 - 25 mm. TW 5 can also be applied manually. | MICROTOP TW 8 | Pure mineral, micro-silica-modified shotcrete mortar for dry-mix shotcrete procedure in the drinking water section for thick coats. Installation thickness approx. 25 mm. For the re-profiling of ceilings and spalls. For smaller surfaces TW 8 can also be applied manually. | MICROTOP | MICROTOP TW NSM natural MICROTOP TW NSM white MICROTOP TW NSM blue
Pure mineral, micro-silica-modified shotcrete mortar for wet-mix shotcreting procedure in the drinking water section for thick coats. Installation thickness up to approx. 20 mm. TW NSM can also be applied manually. | MICROTOP TW Mineral | Liquid, silicate-based surface-modification material designed for the consolidation of mineral building materials and porous sub-bases (silicifying action). |
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