Haikou, Hainan

Jiangdong New District

Modern stacked villa

Eagle nests on rocky cliffs

Stereoscopic Box&Scattered Layout

Sense of Space&Transparency

Facade aluminum panel system

Front and back facades of buildings

Large area aluminum plates with staggered splicing are used

Give the building a tall and modern appearance

The design of the canopy on the balcony also adheres to the modern and simple design concept, continuing the material logic of the building's main aluminum panel system, and outlining a suspended metal floating board on the outer edge of the balcony.

The surface of the aluminum plate is coated with imported powder, shimmering with a warm metallic luster, like a flowing silver sea, giving the building facade a stable yet dynamic modern texture.

We meticulously craft every detail, from design to construction, strictly controlling the process flow to ensure excellent overall quality.

Even seemingly ordinary glue seams contain profound creative wisdom. In response to the special needs of coastal climate, we ingeniously adopted a deep concave adhesive joint design, and finely polished each adhesive joint on site during the construction process to ensure a seamless and exquisite effect. At the same time, high-quality weather resistant materials and advanced technology are carefully selected to give the system excellent durability, even in the face of extreme weather conditions, it can remain as new for a long time.

Through precise control throughout the entire process, a three-dimensional and neat visual effect is ultimately presented. This series of systematic measures not only ensures the high-quality presentation of aluminum curtain walls, but also enhances the overall unity and aesthetic expression of building facades, achieving a perfect integration of functionality and artistry.

Rock slab system

The application of rock slab dry hanging system reshapes the aesthetic expression and engineering performance of building facades with precise three-dimensional construction logic.

The first and second floors of the building are made of rock slabs, and the natural texture is restored through delicate sandblasting techniques, creating a calm and introverted visual base. Through the staggered splicing of super large blocks, the natural rhythm of rock faults is restored, which not only continues the modern and simple temperament of the building volume, but also creates a three-dimensional texture of overlapping light and shadow through the subtle movement between blocks.

Supporting structure - composed of vertical and horizontal steel keels, connected to the main structure through adapters.

Pendant system - composed of pendant and aluminum alloy back frame, connecting the rock slab with the supporting structure.

Panel system - composed of rock slab and alkali resistant glass fiber mesh cloth.

In the implementation process of the rock slab system, we faced multiple technical challenges. Firstly, to address the issue of insufficient strength caused by thin rock slabs, we ingeniously converted traditional point loads into line loads by adding aluminum back frames, effectively dispersing stress and avoiding the risk of damage to the middle position of the rock slab due to excessive stress. This innovative design not only enhances the overall stability of the rock slab, but also endows it with stronger compressive strength.

In addition, due to the small thickness of the rock slab (only 15mm), the traditional slotting method of stone curtain walls cannot be used. Therefore, we chose the SE pendant principle and integrated the pendant with the back frame design to further enhance the stability of the structure. This integrated design not only solves the problem of thin rock slabs, but also ensures the reasonable simplification of the entire system in terms of details.

In terms of joint treatment, considering that the thin rock slab is prone to insufficient glue depth, which affects the sealing effect. For this purpose, we have adopted an aluminum back frame design to ensure sufficient filling and even distribution of sealant, thereby guaranteeing excellent waterproof performance and long-term durability. For positions that require groove pulling, aluminum back frames also play an important role in preventing the rock slab from collapsing or breaking, ensuring that every detail can withstand the test of time.

The application of the rock slab system reflects the collaborative innovation between materials and construction. It not only meets the dual pursuit of aesthetics and functionality in architectural design, but also demonstrates excellent adaptability and stability in practical engineering. Especially in the harsh climate environment of tropical islands, the rock slab system responds to the challenges of nature with excellent weather resistance and wind pressure resistance, demonstrating the infinite possibilities of deep integration of materials, processes, and design.

As a type of artificial board, rock board not only has stable physical properties, but also has strong surface stain resistance and low maintenance frequency, significantly reducing resource consumption and maintenance costs in later use. At the same time, its renewable attributes are in line with the development direction of national green buildings, providing a practical and feasible new path for sustainable urban construction.

In addition, the price of rock slabs is relatively stable and not affected by changes in patterns, which is beneficial for controlling overall construction costs. More importantly, as a renewable resource product, it is gradually promoting the evolution of building exterior walls towards environmental protection and low-carbon direction.

At present, the application of rock panels on exterior facades is still in the exploratory stage, and dry hanging rock panel curtain walls are rarely practiced. The experience accumulated during the design and construction process of this project not only verifies the potential application of rock slabs in complex environments, but also provides clear technical guidance and practical basis for the promotion of similar projects in the future.

Door and window system

Glass fence system

The balcony is equipped with coated glass railings and aluminum alloy grilles, which not only enhance the layering and reflection of the building blocks, but also ensure the privacy of high-end residential buildings while maximizing landscape transparency. The combination of the two creates a subtle spatial experience, achieving a soft transition between public and private.

Facade grid system

In addition, the exterior walls are partially embellished with water in sand coating, injecting a warm and natural touch into the space with a delicate sandy texture, presenting a low-key yet exquisite modern temperament in the interplay of light and shadow. This material, although not the main character of the facade, adds a unique visual tension to the building with its rich texture layers and color variations. The varying shades of gray complement each other, enriching the facade expression and enhancing the overall aesthetic level. At the same time, the coating itself has excellent weather resistance and color stability, allowing the building to remain fresh in the wind and rain, silently telling the eternal beauty of time.

In terms of craftsmanship details, high toughness PVC lines are specially embedded at the joints of the coating, which not only enhances the three-dimensional sense of the wall, but also makes the overall appearance more exquisite and orderly.

By cleverly utilizing the staggered layout of the layout, the spaces on each floor overlap and interweave like carefully arranged boxes, giving the building a highly layered and three-dimensional appearance, highlighting the unique charm of modern style villas.