Prefabricated House Door and Kitchen
The design of the door and kitchen in prefabricated houses needs to incorporate spatial reorganization, prefabricated technology, and material optimization. Here are specific plans:
I. Spatial Reorganization Design
For housing units where the kitchen is immediately adjacent to the entrance, non-load-bearing walls in the kitchen can be removed to merge the foyer and kitchen into a single, cohesive space. A partition wall (such as one with white lattice windows) can be designed directly opposite the entrance to protect privacy while enhancing artistic appeal. After renovation, the kitchen can adopt an L-shaped layout to optimize the workflow for washing, chopping, and cooking. The original dining area can be customized with storage cabinets that integrate refrigerators and steam ovens, increasing storage space. This plan is suitable for small apartments, enhancing functionality and transparency through spatial integration.
II. Semi-Open and Fully Open Designs
- Semi-Open Kitchen: Remove part of the wall between the kitchen and dining room, replacing it with a half-height wall and a sliding window on a ceiling track to enhance spatial interaction. A solid wood countertop can be added to the windowsill as a small bar, and a U-shaped cabinet can be customized in the kitchen to maximize space utilization. The refrigerator can be placed externally next to the sideboard to avoid the abruptness of built-in design while maintaining overall aesthetics.
- Fully Open Kitchen: Suitable for small, well-decorated apartments, this design involves removing the wall between the kitchen and dining room to create an open kitchen-dining space, enhancing transparency and efficiency. This plan requires attention to油烟 (fume) control, which can be managed with a high-efficiency range hood or integrated stove.
III. Prefabricated Integrated Kitchen Technology
The kitchen in a prefabricated house can utilize a modular framework (walls, ceiling panels, dry-laid floor tiles) that integrates kitchen appliances and fixtures. Core technologies include tile reverse-laying techniques and aluminum honeycomb composite structural wall panels (with a fire rating of V0 and a single-nail hanging capacity of 80KG), supporting customization of irregular shapes and various finish materials. After factory prefabrication of standardized components, on-site installation by two people can be completed in four hours using dry-laying methods, featuring leak prevention and efficient construction.
IV. Material and Functional Optimization
Prefabricated kitchen wall panels can be selected from PEC hollow panels (lightweight and providing thermal and acoustic insulation), calcium silicate boards (fire-resistant), and compact laminate panels (waterproof, moisture-resistant, and capable of simulating wood and stone textures); countertops are recommended to be made of sintered stone (stain-resistant and scratch-resistant). All components are precisely prefabricated in the factory and quickly assembled on-site, reducing formaldehyde and dust pollution. The national mandatory standard GB18580-2025, implemented in 2026, sets the E0-level formaldehyde emission limit as a mandatory threshold, further ensuring environmental protection.
V. Policy and Standard Support
Prefabricated integrated kitchens have been included in the scope of policy support, such as being recommended for inclusion in the subsidy program for consumer goods "trade-in" initiatives to reduce renovation costs. Additionally, standardized design ensures compatibility between the kitchen and the overall house structure, enhancing long-term usability.
