Milk Tea Shop Container House Design
The design of container houses for milk tea shops requires comprehensive planning from multiple dimensions such as structure, functionality, aesthetics, and practicality. Here are the key design points:
1. Structural Design: Safety and Load-Bearing as the Core The main body adopts lightweight and corrosion-resistant color-coated steel plate material, with a standard container body capable of bearing up to 280kg. Openings such as doors and windows need to be reinforced with square tubes or channel steel to prevent overall structural instability due to local weakening. The bottom steel structure should reserve lifting points and ensure sufficient space for forklift or crane operations to facilitate transportation and installation. For example, a container milk tea shop in a scenic area successfully supported a daily foot traffic of 500 people through bottom reinforcement design.
2. Space Utilization: Compact Layout and Flexible Furniture The interior dimensions of a standard 20-foot container are limited (length: 5.9 meters, width: 2.35 meters, height: 2.4 meters), necessitating space optimization through wall embedding and foldable furniture. For instance, using retractable workstations and overhead storage racks to reduce floor space occupation; side wall openings should be precisely calculated to accommodate lighting, ventilation, and exhaust pipe interface reservations. An 18-square-meter case significantly enhanced the sense of space through geometric top navigation zoning.
3. Functional Adaptation: Equipment Integration and Zoning Internal partitions should clearly divide the operation area (food preparation, cleaning) from the customer area (waiting, ordering) to meet light catering needs. Integrated air conditioning systems (with outdoor units installed on top or side brackets and equipped with rain covers), fresh air systems, smoke detectors, and smart ordering screens enhance operational efficiency. For example, a smart vending system can achieve remote monitoring and inventory management through the Internet of Things, reducing labor costs.
4. Material Selection: Balancing Weather Resistance and Comfort Walls and roofs adopt sandwich insulation panels or rock wool layers to meet insulation needs in different climates; exterior wall finishes use metal paint, real stone paint, or faux wood panels for both aesthetics and durability. The floor adopts slip-resistant and wear-resistant composite flooring or tiles with waterproof treatment to prevent liquid leakage.
5. Exterior Customization: Brand Visuals and Scene Integration The container body surface supports color customization (such as a sky-blue fresh style), paired with large-angle glass windows to enhance transparency. The interior uses white and natural wood tones as the main color scheme, enhancing texture through elements like small pendant lights and bar partitions; the workstation back wall can be designed with light boxes and display shelves to strengthen brand presentation. A scenic area case achieved a daily reception volume exceeding 500 people through a sky-blue exterior and geometric zoning.
6. Technological Highlights: Green and Smart Trends Container construction cycles are approximately 70% shorter than traditional brick-and-mortar structures, with material recyclability exceeding 80%, meeting green building standards. Smart system integration (such as vending machines, remote monitoring) can further reduce operational costs and enhance management efficiency.
