Interior Decoration Coating Layers for lift shaft

1. Lightweight and high strength
   • Aluminum veneer has a relatively light weight, which is an important advantage for building structures. Compared to some traditional building exterior wall materials such as stone and brick, the weight of aluminum veneer is significantly reduced. This makes it have lower structural load requirements for elevator shafts during installation and will not put excessive pressure on the main structure of the elevator shaft. For example, in the installation of elevator shaft exterior walls in some high-rise buildings, the reduced weight helps improve the overall stability and safety of the building.
   • Although aluminum veneer is lightweight, its strength is very high. It can withstand a certain degree of external impact, wind pressure, etc., ensuring the safety of the elevator shaft exterior wall under normal use. For example, in coastal areas that often suffer from strong winds, aluminum veneer can effectively resist wind pressure and prevent damage to the exterior wall.
2. Good corrosion resistance
   • The surface of aluminum veneer is usually treated specially, such as by anodic oxidation and fluorocarbon spraying. These treatment methods give aluminum veneer excellent corrosion resistance and it can resist the erosion of various harsh climatic conditions such as acid rain and humid environments. In application scenarios where the elevator shaft exterior wall is exposed to the external environment for a long time, aluminum veneer can maintain good appearance and performance. For example, in areas with relatively serious industrial pollution, aluminum veneer can resist the corrosion of chemical pollutants in the air on its surface.
3. Good fire resistance
   • Aluminum veneer has certain fire resistance, which is crucial for areas with high fire safety requirements such as elevator shafts. In case of a fire, aluminum veneer can delay the spread of fire within a certain period of time, winning precious time for personnel evacuation and fire rescue. For example, when tested according to relevant standards, qualified aluminum veneer can reach a certain fire resistance level and effectively reduce fire risks.

1. Diverse surface treatment methods
   • Aluminum veneer can meet different design needs through various surface treatment methods. For example, wire drawing treatment can make the surface present a delicate metal wire pattern effect and increase the texture; embossing treatment can also be used to create various exquisite pattern designs such as imitation stone texture and imitation wood texture. These diversified surface treatment methods enable the elevator shaft exterior wall to coordinate with the overall style of the building, and can be easily matched whether it is a modern minimalist style or a classical European style.
   • The color selection of aluminum veneer is also very rich. Various colors can be customized according to the requirements of building designers, including bright colors for creating a lively atmosphere or low-key neutral colors for reflecting calmness and elegance. For example, in some commercial buildings, the use of shiny bright-colored aluminum veneer can make the elevator shaft exterior wall a highlight of the building's appearance.
2. Flexible shaping
   • Aluminum veneer has good formability and can be processed into various complex shapes. For elevator shaft exterior walls, unique shapes such as arcs and wavy shapes can be made, making the building's appearance more personalized and creative. This flexibility in shaping can meet the pursuit of unique exterior design for different buildings, making the elevator shaft exterior wall no longer a monotonous plane but a part of architectural art expression. For example, in some landmark buildings, through ingenious design of the shape of aluminum veneer, the elevator shaft exterior wall can complement the overall shape of the building.

1. Convenient installation
   • Aluminum veneer usually adopts dry-hanging installation method, which is relatively simple and fast. During the installation process, there is no need for complex wet operations, reducing the construction period and pollution to the on-site environment. Moreover, the dry-hanging system can realize the flexible installation of aluminum veneer and can be adjusted according to the actual situation on site to ensure the accuracy and aesthetics of installation. For example, in the installation process of elevator shaft exterior walls in narrow construction sites, the dry-hanging installation method can complete the construction task efficiently.
2. Easy to maintain and replace
   • During long-term use, if the aluminum veneer is damaged or the surface coating fades, maintenance and replacement are relatively easy. Since aluminum veneer is installed independently in pieces, only the damaged panel needs to be removed and replaced with a new aluminum veneer, without the need for large-scale maintenance of the entire exterior wall. This not only reduces maintenance costs but also ensures that the elevator shaft exterior wall always maintains good appearance and performance. For example, when a certain aluminum veneer is damaged by accidental impact, it can be replaced quickly, reducing the impact on the normal use of the building.

I. Project Overview

This project aims to build a modern commercial entertainment venue

• Planning and design stage
  • Site survey: Conduct a detailed geological survey, measurement, and environmental assessment of the project site to provide accurate data for the design.
  • Architectural design: A professional design team designs a functionally reasonable and aesthetically pleasing building plan according to project requirements and planning requirements. This includes professional designs such as building structure, electrical, plumbing, and HVAC.
  • Approval and permitting: Submit the design plan to relevant departments for approval and obtain necessary permit documents such as construction permits.
• Foundation construction stage
  • Site leveling: Clear debris and obstacles on the site and level the site to prepare for foundation construction.
  • Foundation excavation: According to the design requirements, conduct earth excavation to reach the designed foundation depth.
  • Foundation pouring: Pour concrete foundation in the excavated foundation pit to ensure the stability and bearing capacity of the foundation.
  • Basement construction: If the project has a basement, conduct structural construction of the basement, including walls, floors, stairs, etc.
• Main structure construction stage
  • Frame structure construction: Use reinforced concrete or steel structure to build the main frame of the building. This includes columns, beams, floors, etc.
  • Wall masonry: After the frame structure is completed, conduct wall masonry using bricks, blocks, or other wall materials.
  • Staircase and elevator installation: Install staircases and elevators in the building to ensure smooth vertical transportation for people.
• Decoration stage
  • Interior and exterior wall decoration: Conduct interior and exterior wall painting, tiling, or installation of other decorative materials to enhance the aesthetics of the building.
  • Floor laying: Select appropriate floor materials such as floor tiles, carpets, wooden floors, etc., and conduct floor laying.
  • Ceiling installation: Install ceilings, including suspended ceilings and lighting fixtures.
  • Door and window installation: Install doors and windows in the building to ensure good lighting and ventilation.

 

• Equipment installation stage
  • Electrical system installation: Install electrical equipment in the building, including distribution boxes, wires, sockets, lighting fixtures, etc.
  • Plumbing system installation: Install plumbing pipes, faucets, toilets, showers, and other equipment in the building.
  • HVAC system installation: Install heating, ventilation, and air conditioning equipment in the building to ensure indoor comfort.
• Completion acceptance stage
  • Quality inspection: Conduct a comprehensive quality inspection of all parts of the building to ensure compliance with design requirements and relevant standards.
  • Rectification and improvement: Rectify and improve any problems found to ensure that the quality of the project meets the requirements.
  • Completion acceptance: Invite relevant departments and professionals to conduct completion acceptance and obtain a completion filing certificate.

 

During the construction process of this project, strict adherence to the construction process and project management requirements ensured the quality, schedule, and safety of the project. As of now, the project is progressing smoothly be completed. The completion of this palce creating a place for more people to relax with a cosy after-work massage to local commercial development and economic prosperity.