Interior of a House Renovated from an Old Container

The interior renovation of a house from an old container can be approached from aspects such as structural construction, material selection, functional layout, and thermal insulation.

In terms of structural construction, one can draw inspiration from a couple's renovation case, using wooden beams to splice frames to build the supporting structures for the roof and walls. Using a pneumatic nail gun can enhance splicing efficiency, ensuring the stability of the frame and laying a solid foundation for subsequent decoration work.

For material selection, waterproof boards can be chosen as wall materials. Waterproof boards possess waterproof properties, eliminating the need for the time-consuming process of laying waterproof cloth, simplifying the construction process, and meeting the basic waterproof requirements of the house to ensure a dry interior environment.

In functional layout, reasonable planning should be carried out according to actual needs. For example, if creating a living space, one can refer to the case where a couple transformed two containers into a luxurious three-bedroom, one-living-room apartment, reasonably dividing functional areas such as bedrooms, living room, kitchen, and bathroom to maximize space utilization. If used for office purposes, similar to an office composed of three containers, independent workstations, conference tables, and storage spaces can be set up to meet various office needs and improve work efficiency.

Thermal insulation is a crucial aspect of the interior renovation of a house from an old container. The three-layer composite structure of "rock wool - air layer - aluminized zinc plate" adopted by Baotou Xinxing Color Plate Steel Structure Manufacturing Co., Ltd. in the renovation of container mobile homes is worth emulating. The rock wool layer, with a thickness controlled between 75 mm and 100 mm, has excellent thermal insulation properties, effectively blocking the transmission of external heat or the loss of internal heat. The 5 mm air layer in the middle further enhances the thermal insulation effect, reduces the risk of condensation, avoids damage to the house structure caused by condensation water, extends the service life of the steel structure, and maintains a suitable temperature and humidity environment inside the house.