Zhuji Ruilin Ventilation Equipment Co., Ltd.
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Wet curtain wall

Wet Curtain Wall

Wet curtain wall

The cooling process of the wet curtain wall is completed in its core - the wet curtain paper. The corrugated fibre paper has a thin water film on its surface. When the hot dry air from outside is drawn through the wet curtain paper by a fan, the water in the film absorbs the heat from the air and evaporates, taking away a lot of latent heat and lowering the temperature of the air passing through the wet curtain paper, so that the cool, moist air enters the room after this treatment. After mixing with the hot air in the room, it is discharged outside through the fan.

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about ruilinfeng

Guarantee High Quality With Our Expertise

Zhuji Ruilin Ventilation Equipment Co., Ltd. is a factory specializing in the production of sheet iron negative pressure fans, glass fiber reinforced plastic fans, environmental friendly air conditioners and mobile air coolers. We are a professional Wet curtain wall Suppliers , providing various high-quality and diversified ventilation and cooling equipment to meet the needs of different industries and customers.Since its establishment for ten years, the company has focused on the research, development and production of ventilation and cooling equipment.
At present, the company has 15 assembly lines for negative pressure fans, 600 complete machines per day, 5 assembly lines for cooling fans, 200 complete machines per day, and a full range of FRP fans. The negative pressure fan of the company adopts the motor developed and produced by the company itself, and the motor production workshop now has an annual output of 200000 motors, with more guaranteed quality.


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Wet curtain wall

Industry Knowledge Expansion

The Evolution of Wet Curtain Wall Technology:
Wet curtain wall technology, also known as water curtain wall technology, has evolved significantly over the years, transforming the way buildings are designed, constructed, and operated. In this comprehensive overview, we'll explore the key milestones and advancements in wet curtain wall technology.

Introduction to Wet Curtain Wall Technology:
Wet curtain wall technology refers to a type of building envelope system that utilizes a continuous water film on the exterior surface of a building to enhance its performance. It acts as a barrier against heat transfer, solar radiation, and external environmental factors.

Early Developments:
The concept of wet curtain walls can be traced back to ancient times, where early civilizations used water bodies and fountains to cool and humidify the air. However, the modern development of wet curtain walls began in the 20th century.

First-generation Systems:
The first-generation wet curtain wall systems emerged in the mid-1900s. They typically consisted of a network of pipes or spray nozzles installed on the exterior façade of a building. Water was pumped through these pipes, forming a thin film that flowed down the surface. However, these systems had limited efficiency and required significant maintenance.

Second-generation Systems:
Second-generation wet curtain wall systems introduced innovations to improve performance and efficiency. These systems incorporated advancements such as improved spray nozzles, better control systems, and the integration of heat exchange mechanisms. The heat exchange allowed for the pre-cooling or pre-heating of the water, further enhancing the system's energy efficiency.

Evaporative Cooling:
Evaporative cooling became a crucial aspect of wet curtain wall technology. By allowing a controlled amount of water to evaporate from the surface, the system could remove heat from the building, reducing the reliance on traditional air conditioning systems. This approach significantly enhanced energy efficiency and reduced operational costs.

Development of Composite Materials:
As wet curtain walls became more prevalent, the materials used in their construction evolved. Early systems often utilized metals such as aluminum, which had limitations in terms of corrosion resistance and thermal performance. The development of composite materials, such as fiberglass-reinforced polymers (FRPs), revolutionized wet curtain wall technology by offering improved durability, thermal insulation, and design flexibility.

Advanced Control Systems:
Modern wet curtain wall systems feature advanced control systems that optimize their performance. These systems incorporate sensors to monitor temperature, humidity, solar radiation, and wind conditions. Based on the collected data, the control systems adjust water flow rates, evaporative cooling, and other parameters to maintain optimal conditions within the building.

Integration with Building Management Systems (BMS):
Wet curtain wall technology has also seen integration with building management systems (BMS). BMS allows for centralized control and monitoring of various building systems, including wet curtain walls. Integration with BMS enables real-time data analysis, energy optimization, fault detection, and predictive maintenance, ensuring efficient and sustainable operation.

Sustainable Considerations:
The evolution of wet curtain wall technology has increasingly focused on sustainability. Water recycling and treatment systems have been incorporated into wet curtain wall designs to reduce water consumption. Furthermore, renewable energy sources, such as solar panels or wind turbines, are sometimes integrated into the system to power the water circulation pumps and control systems.

Advancements in Computational Design and Simulation:
The advent of advanced computational design and simulation tools has revolutionized the design and optimization of wet curtain wall systems. Architects and engineers can now simulate the performance of different designs, assess their energy efficiency, and optimize them for specific climate conditions, improving overall system effectiveness.

Future Trends:
Looking ahead, the future of wet curtain wall technology is likely to involve further advancements in energy efficiency, integration with smart building technologies, and the use of sustainable materials. The ongoing development