Crystalline used to protect basements in Finland Crystalline waterproofing admixture protects from salinity CWS Admix crystalline waterproofing was chosen to protect this building in Finland which is located in a coastal area and constantly subjected to the possibility of chloride ingress. This 5 storey residential project of 57 apartments was built in a seaside area […]
Located in front of Crystal Lagoon and overlooking the Altos mountains, Bali III resort offers all the comforts for a luxurious weekend escape, within the AquaVillage Condominium. Propaco, the renowned applicator of high-quality turnkey solutions, needed a concrete waterproofing product, that can ensure lifelong waterproofing. CWS Admix™ increases the workability of the concrete, without affecting
CWS Admix Integral waterproofing for luxurious beach club, Indonesia Alila Group, one of the world’s most up-market resort operators, have opened their latest luxury project. The Omnia Bali is probably the trendiest resort in Asia and shows how CWS can provide the benefits of a comprehensive system approach to waterproofing. Being a world class luxury
Integral Waterproofing for Savaya Bali Beach Club, Bali Indonesia Read More »
CWS Admix integral waterproofing for BnB Hotel in Jakarta PT. Bintang Sewu Sejahterah, the contractor of luxurious BnB Kelapa Gading Hotel in Jakarta, needed to ensure that there would be no leakage of water into the basement, because of elevated water horizon. CWS Admix™ integral waterproofing was the waterproofing product of choice for the contractor.
The foundations of the buildings are protected by CWS Admix® crystalline waterproofing technology The new Linnakaupungi neighborhood is being built in the harbor area of Turku, near Turunlinna, whose houses are surrounded by parks and the Archipelago Sea. The sensors of the buildings of As. Oy Turun Herttua located in the area, have chosen CWS
Integral waterproofing of under-ground structures, with CWS Admix crystalline waterproofing admixture Although it may seem surprising, traditional membranes often fail even within two or three years from placement on a new construction. Moreover, they have no crack sealing ability. If the concrete beneath the membrane cracks to any significant degree, the membrane will split, tear
