Once measurements are finalized, the backplate is CNC-cut, the Katya texture is applied via laser etching, and the stainless steel reservoir (often hidden behind a kickplate) is welded.
Avoid the Katya if you have hard water with >15 grains per gallon without a softener—scale buildup will eventually affect the Katya Lip’s performance. Y111 Katya Custom Waterfall
If "Katya" is a nickname for a specific using the Waterfall methodology , your report should follow the standard five phases of Waterfall : Requirements : Clearly defined goals and fixed scope. Design : Architectural blueprints for the software/system. Implementation : The actual coding or construction phase. Once measurements are finalized, the backplate is CNC-cut,
The term "Katya" refers to a proprietary micro-etching pattern applied to the waterfall’s backplate or the falling surface itself. This texture is invisible to the naked eye but interacts with the water to trap microscopic air bubbles, giving the cascade a diamond-like shimmer under LED lighting. It also reduces water noise by 40% compared to smooth surfaces. Design : Architectural blueprints for the software/system
Engineering and Performance Performance for a custom waterfall like the Y111 Katya depends on hydraulic design, pump selection, and structural support. Hydraulic considerations include head and flow rate calculations to achieve desired visual effects without excessive noise or water loss. Recirculation systems minimize water consumption by capturing and reusing water in a hidden reservoir; however, correct pump sizing and variable-speed controllers are essential to modulate flow for different effects and energy efficiency. Structural engineering must account for dead loads of stone or concrete, lateral loads from water movement, and frost or seismic concerns where relevant. Filtration and skimming components prevent clogging and maintain pump longevity; if the design includes multiple cascades or thin-sheet flows, precision in level tolerances and weir geometry is crucial to avoid uneven distribution.