Double-Layer Container House Insulation

Insulation for double-layer container houses can be achieved through methods such as selecting appropriate materials, optimizing structural design, and adding temperature control equipment. Details are as follows:

• Selecting suitable thermal insulation materials: Common thermal insulation materials include polystyrene boards, polyurethane foam boards, and rock wool boards. These materials have low thermal conductivity and good thermal insulation properties, effectively blocking heat transfer and improving the thermal insulation performance of the house. For example, high-density thermal insulation rock wool is filled inside regular cultural and tourism space capsules, combined with thermal break insulation technology to block heat and cold conduction; in residential container houses, a polyurethane foam layer of more than 50mm is used in the middle to block heat conduction.

• Optimizing structural design:

  • Adding thermal insulation layers: During the design of container houses, thermal insulation layers can be added to the exterior wall surfaces or interior walls, such as external thermal insulation layers and interior thermal insulation boards, forming an effective thermal insulation barrier, reducing heat transfer, and maintaining stable indoor temperatures.
  • Optimizing the design of windows and doors: Double- or triple-glazed windows with low thermal conductivity and good thermal insulation properties are used. Sealing strips are added around the edges of windows and doors to reduce heat leakage and improve thermal insulation effects. For example, the doors and windows of container space capsule shops use thermal break aluminum double-glazed windows.

• Adding temperature control equipment: Facilities such as air conditioners, entrance air curtains, and graphene floor heating can be added to regulate indoor temperatures. For example, air conditioners are used in summer to lower indoor temperatures, and floor heating is used in winter to raise indoor temperatures.

• Paying attention to detail handling: Issues such as the splicing and connection parts of thermal insulation materials and the combination of thermal insulation layers with the container structure need to be noted. Appropriate sealing materials are used for sealing at splicing and connection points, and professional construction methods and materials are used at the combination points of the thermal insulation layer and the container structure to ensure tightness and structural stability.