Shower trays that require raising above floor level can utilize the Vipa Raising Plinth. Which provides the perfect solution for rooms with concrete floors or rooms that have restricted waste pipe routes. Installing VipaTray, combined with the special pre-machined raising plinth into which the drain body and the waste pipe can be routed, will overcome many installation restrictions. The final result is a raised showering area with stunning appeal. VipaTrays used in conjunction with a Vipa Raising Plinth are used to create stylish raised tileable shower areas in rooms where the drain assembly cannot be situated under the floor. It may be that you do not wish to excavate a concrete floor, there may be floor joists that conflict with the drain location or you simply want to create a stylish raised shower platform. Raised Platform Wetrooms use a fully waterproofed pre-formed base (Vipa Raising Plinth) available in a range of sizes to fit the VipaTray range. The Vipa Raising Plinth which fits beneath the VipaTray is pre-machined to house the drain body. The VipaTray is fixed onto the raising plinth to conceal the drain body and waste route.
Raised Wetroom Plinth Manufacturing
Manufactured in the United Kingdom in our factory in Wigan, we have invested heavily in our production systems since our inception in 2003. We pride ourselves on the quality of our products and the levels of service we provide to our network of global stockists. Experienced and knowledgeable production operatives are tasked with maintaining this high level of quality. This confidence in quality enables us to offer an unrivaled product guarantee setting the bar for our industry.
The Vipa Raising Plinth is an ideal solution for drainage routing issues above concrete floors. It is lightweight and easily routable and can be cut with a hand saw or blade. Vipa Raising Plinths are perfect for installations that require a split level system to make use of existing drainage or work within the strict constraints of the existing house construction.
Waterproof
Lightweight
Thermally Efficient
Sound Proofing
Compactive Strength