KRYSTOLTM CONCRETE WATERPROOFING SYSTEM
Shangri-La’s Rasa Ria Resort Hotel
Kota Kinabalu, Sabah, Malaysia
BACKGROUND
Shangri-La’s Rasa Ria Resort, nestled against the clear azure waters of Dalit Bay, is just 40 minutes from Kota Kinabalu International Airport and the shopping district. The 330-room resort is surrounded by 400 acres including a nature reserve with orangutans making it one of Malaysia’s magical, pristine destinations. In response to the growth and popularity of worldwide visitors to the resort, the owners have undertaken a 90-room expansion: an extension of two blocks of five-storey buildings with three associated buildings.
The beautiful seaside location of the resort, though, comes with its challenges: a high water table with aggressive and sandy ground conditions. The project consultants encountered various waterproofing products such as conventional “brush–on” polymer/cementitious coating and budgeted pre-formed membranes that did not perform as promised in their product technical sheets. Finally, the project team was faced with the additional challenge to fast track the job in order to complete the project for the highly anticipated Visit Malaysia 2007.
SOLUTION
The C & S Consultant, Ir. Walter Shee, in agreement with the other consultants, recommended Kryton’s Krystol Concrete Waterproofing System to meet the challenges of the expansion. The world’s only permanent, in-depth, surface-applied waterproofing system, the Krystol Concrete Waterproofing System is a cementitious, chemically reactive treatment that turns existing concrete into a permanent and powerful waterproof barrier.
Krystol Internal Membrane™ (KIM®) was used to waterproof the concrete rooftops and tank the lift pits and pools. KIM, the world’s leading and original integral crystalline concrete waterproofing admixture, eliminates the need for conventional external waterproofing membranes. Krystol T1/T2® was applied to all wet areas including, bathrooms and concrete (soaked) bathtubs.
When applied to concrete, Krystol’s crystalline chemicals diffuse deep into concrete and become a permanent part of the structure. Millions of needle-like crystals begin to grow and spread throughout the concrete, self-sealing cracks and permanently blocking the movement of water in all directions. These crystals then remain dormant until another crack forms, at which time they will react with incoming water to self-seal the crack and maintaining a watertight seal.
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