BWT double-1CW

Specifications: width (1219/1500) MM or less; thickness (0.8/1.0/1.5/2.0/5.0) MM or less; length (2440/3050/4000) MM or less than 12 meters and customized size.

Color: gold, champagne, rose gold, bronze, bronze, black titanium, coloring length below 6000MM and customized size, customization needs to be communicated with production.

Through large-scale CNC rolling machinery and two cylindrical molds with undulating textures, stainless steel sheets are extruded to form a surface with undulating patterns on the front and back, commonly known as double-sided embossing. It has the characteristics of scratch resistance, resistance to dirt, easy cleaning, and anti-sticking.

Suitable for elevator cars, furniture countertops, indoor walls, exterior curtain walls, etc.

Comprehensive discussion on curtain wall design, facade design and interior design

In modern architectural design, curtain wall design, facade design and interior design are three interrelated and indispensable components. Together they shape the overall image, functionality and user experience of the building. This article will discuss these three aspects and analyze their design principles, technical points, and synergistic relationships between them.

1. Curtain wall design

Curtain wall is an important part of the building facade, usually made of glass, metal, stone and other materials, and has decorative, heat insulation, sound insulation, waterproof and other functions. Curtain wall design not only affects the appearance of the building, but is also directly related to the energy-saving performance and service life of the building.

1. Design principles

-Functionality: Curtain wall design first needs to meet the functional requirements of the building, such as heat insulation, sound insulation, waterproofing, fire protection, etc. For example, in cold areas, curtain walls need to have good thermal insulation properties; in high-rise buildings, curtain walls need to have high wind pressure resistance and earthquake resistance.

-Aesthetics: The curtain wall is an important part of the building's appearance, and its design should be coordinated with the overall style of the building. Through the selection of materials, color matching and shape design, curtain walls can enhance the artistic sense and recognition of the building.

- Sustainability: With the popularity of green building concepts, curtain wall design is paying more and more attention to environmental protection and energy saving. For example, the use of low-e glass (Low-E glass) can effectively reduce the energy consumption of a building, while photovoltaic curtain walls can convert solar energy into electrical energy to achieve energy self-sufficiency.

2. Technical points

- Material selection: The choice of curtain wall materials directly affects its performance and appearance. Common curtain wall materials include glass, aluminum panels, stone, ceramic panels, etc. Glass curtain walls have good light transmittance and aesthetics, but special attention needs to be paid to their thermal and sound insulation properties; aluminum curtain walls have high strength and durability and are suitable for high-rise buildings.

- Structural design: The structural design of curtain walls needs to consider the influence of external factors such as wind load and earthquake load. Usually, the curtain wall system consists of keels, panels, sealant and other parts. When designing, it is necessary to ensure that the connections of each part are firm to prevent problems such as leakage and falling off.

- Construction technology: The construction technology of the curtain wall directly affects its quality and lifespan. During the construction process, it is necessary to strictly control the quality of materials, installation accuracy and sealant construction quality to ensure the overall performance of the curtain wall system.

2. Facade design

Facade design is the core part of building appearance design. It not only determines the overall image of the building, but also reflects the building's function, culture and regional characteristics. The facade design needs to consider the proportion, scale, color, material and other factors of the building, and strive to achieve a harmonious and unified effect visually.

1. Design principles

- Integrity: The facade design should be coordinated with the overall style of the building to avoid abrupt or uncoordinated elements. For example, the facades of modern buildings often feature clean lines and geometric shapes, while the facades of traditional buildings may feature complex decorations and carvings.

- Regionality: The facade design should take into account the geographical environment and cultural background where the building is located. For example, in tropical areas, facade design should focus on shading and ventilation, while in cold areas, facade design needs to consider insulation and wind protection.

-Functionality: The facade design is not only decorative, but also needs to meet the functional needs of the building. For example, the window design of the facade needs to consider the needs for lighting and ventilation, while the material selection of the facade needs to consider its durability and maintenance costs.

2. Technical points

- Proportion and scale: The proportion and scale of the facade directly affect the aesthetics and coordination of the building. Designers need to design with reasonable proportions and scales to achieve a visually balanced and harmonious effect on the building.

- Color and material: The color and material selection of the facade are important factors that affect the appearance of the building. The choice of color should be coordinated with the function and style of the building, while the choice of material needs to consider its durability, maintenance costs and environmental performance.

- Detailed design: The detailed design of the facade is the key to improving the quality of the building. For example, detailed designs such as lines, decorations, and window openings on the facade can enhance the layering and artistic sense of the building.

3. Interior design

Interior design is a continuation of architectural design. It creates a comfortable, practical and beautiful indoor environment through space layout, material selection, color matching and other means. Interior design not only needs to consider the functionality of the space, but also needs to pay attention to the user's psychological feelings and emotional experience.

1. Design principles

-Functionality: Interior design first needs to meet the functional needs of the space. For example, the interior design of a residence needs to consider the living habits and needs of the residents, while the interior design of an office space needs to consider work efficiency and employee comfort.

- Comfort: Interior design should pay attention to the comfort of the space, including lighting, ventilation, temperature, humidity and other factors. For example, through reasonable lighting design, the brightness of the space can be improved, and through reasonable ventilation design, the air quality of the space can be improved.

-Aesthetics: Interior design should pay attention to the aesthetics of the space, and create an artistic indoor environment through the combination of colors, materials, furniture, etc. For example, through the matching of colors, different spatial atmospheres can be created, and through the selection of materials, the texture and layering of the space can be enhanced.

2. Technical points

- Spatial layout: The spatial layout of interior design is the key to affecting the functionality and comfort of the space. Designers need to make full use of space efficiency through reasonable space layout, while ensuring the fluidity and openness of the space.

- Material selection: The choice of materials for interior design directly affects the texture and comfort of the space. For example, the selection of floor materials needs to consider their wear resistance and comfort, while the selection of wall materials needs to consider their environmental protection and decorative properties.

- Lighting design: Lighting design is an important part of interior design. Through reasonable lighting design, the brightness of the space can be improved and a different space atmosphere can be created. For example, by combining the main light and the auxiliary light, a richly layered lighting effect can be created.

4. The synergistic relationship between curtain wall design, facade design and interior design

Curtain wall design, facade design and interior design are three important components of architectural design, and there is a close collaborative relationship between them. Curtain wall design and facade design jointly shape the appearance of the building, while interior design continues the spatial experience of the building. During the design process, designers need to comprehensively consider these three factors to ensure the integrity and coordination of the building.

For example, in the design of high-rise buildings, curtain wall design not only needs to consider its structural performance and energy-saving performance, but also needs to be coordinated with the facade design to ensure the appearance of the building. At the same time, interior design needs to consider the impact of curtain walls and facades on indoor lighting and ventilation to ensure the comfort and functionality of indoor spaces.

In short, curtain wall design, facade design and interior design are three inseparable parts of architectural design. They jointly determine the overall image, functionality and user experience of the building. Designers need to ensure the coordination and unity of these three aspects through comprehensive design concepts and technical means to create architectural works that are both beautiful and practical.