C2TE S2 Ultimate Slow Flex White
C2TE S2 Ultimate Slow Flex White is a single part, highly flexible, slow setting wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates.
C2TE S2 Ultimate Slow Flex White is a single part, highly flexible, slow setting wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates.
ROCATEX C2FT S2 Ultimate Rapid Flex White is a single part, highly flexible, rapid setting wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates.
ROCATEX C2FT S1 Rapid Flex White is a single part, highly flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates both internal and external.
ROCATEX C2FT S1 Rapid Flex Grey is a single part, highly flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates both internal and external.
ROCATEX C2TE S1 Semi-Rapid Flex White is a single part, flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates. Suitable for interior and exterior use.
ROCATEX C2TE S1 Semi-Rapid Flex Grey is a single part, flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates. Suitable for interior and exterior use.
ROCATEX C2TE S1 Slow Flex White is a single part, highly flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates both internal and external.
ROCATEX C2TE S1 Slow Flex Grey is a single part, highly flexible wall and floor tile adhesive for fixing natural stone and tiles including ceramics, porcelain and mosaics to a variety of substrates both internal and external.