A digital water curtain can create simple animations, moving text, changing logos, patterns, and dynamic graphic sequences, but it does not display full-color video like a conventional LED screen or projection system. The water droplets function as pixels, so the visual resolution depends on factors such as curtain width, valve quantity, valve spacing, water height, and control accuracy. For full video projection, a water screen projection system is generally more suitable.
Yes. A programmable digital water curtain can display custom text, company logos, symbols, geometric patterns, and graphic effects using precisely controlled falling water. The display content can be programmed according to the client's branding, event theme, architectural concept, or project requirements. This makes digital water curtains particularly suitable for shopping malls, hotels, exhibitions, corporate entrances, and commercial developments.
A digital water curtain works by controlling a series of high-speed solenoid valves installed inside an upper water distribution unit. Specialized software converts text, logos, or patterns into control signals that determine when each valve opens and closes. Water is pumped through the system, released at precisely controlled intervals, collected below, filtered, and circulated back to the top for continuous operation.
A digital water curtain is a programmable architectural water feature that uses precisely controlled falling water droplets to create text, logos, patterns, and dynamic visual effects. High-speed solenoid valves open and close individually according to programmed commands, turning water into a moving digital display. Digital water curtains are widely used in shopping malls, hotels, commercial buildings, public spaces, exhibitions, and landmark projects.
Regular maintenance includes checking water pumps, fountain nozzles, LED lights, filters, drainage channels, waterproof cables, control cabinets, and water quality. Preventive maintenance helps maintain consistent water effects and extend the service life of the fountain equipment.
Yes. For international fountain projects, overseas installation guidance, commissioning, programming, and technical training can be provided according to project requirements. Engineers can assist with pipeline installation, electrical wiring, equipment commissioning, and fountain show programming.
Installation time depends on the fountain size, civil works, equipment quantity, control complexity, and site conditions. A small floor fountain may require significantly less installation time than a large programmable musical fountain. The final installation schedule should therefore be confirmed after the design and site conditions are reviewed.
A properly designed floor fountain can be maintained efficiently when pumps, filters, nozzles, lights, control equipment, and drainage points are accessible for inspection. Routine maintenance typically includes cleaning filters and nozzles, checking pumps and LED lights, inspecting electrical components, and maintaining water quality.
Water falling onto the fountain surface flows through drainage channels, gratings, or collection openings and returns to the underground water tank. The water can then be filtered and recirculated through the fountain pumps, helping reduce unnecessary water consumption.
The required installation depth depends on the fountain design, underground water collection system, pipe arrangement, pumps, nozzles, drainage structure, and civil construction conditions. There is no single standard depth suitable for every project, so the underground structure should be determined during the engineering design stage.
For an initial floor fountain design and quotation, it is recommended to provide:
Based on this information, the fountain manufacturer can develop a suitable technical and artistic concept.
Yes. Floor fountains can be fully customized according to the site dimensions, architectural layout, project theme, expected water effects, and budget. A professional design can include the fountain layout, water pattern distribution, hydraulic concept, equipment configuration, and 3D visualization before production.
Share your site size, water depth, location or CAD drawing with our engineering team. We can evaluate the project requirements and recommend a suitable fountain system.
