Container House Floor Structure

The floor structure of container houses typically adopts a multi-layer structure consisting of a base plate + floor covering + bottom cotton strip. Here is a detailed introduction to the floor structure of container houses:

Base Plate

The base plate is the foundational layer of the floor structure in container houses, generally made of sturdy and durable materials such as high-strength steel plates or specially treated wood. Steel plate base plates offer high strength and load-bearing capacity, enabling them to withstand significant pressure and weight, making them suitable for locations requiring heavy load support, such as industrial warehouses and logistics centers. Wooden base plates, on the other hand, provide good thermal insulation and soundproofing properties, while also offering some elasticity to enhance living comfort, commonly used in residential and homestay settings.

Floor Covering

Floor covering is a lightweight, aesthetically pleasing, and easy-to-clean floor decoration material laid on top of the base plate. It comes in a wide range of colors and patterns, allowing for customization based on different usage scenarios and personal preferences, enhancing the interior aesthetics of container houses. Floor covering also features anti-slip, wear-resistant, and waterproof properties, effectively protecting the base plate and extending the lifespan of the floor structure. Additionally, its installation is relatively simple, requiring no complex construction techniques, reducing construction costs and time.

Bottom Cotton Strip

The bottom cotton strip is located between the floor covering and the base plate, primarily serving as a buffer and thermal insulator. It reduces the impact force of footsteps on the base plate, minimizing noise generation and providing a quieter living environment. Simultaneously, the bottom cotton strip effectively blocks heat transfer, maintaining stable indoor temperatures and improving energy efficiency. In cold regions, the thermal insulation properties of the bottom cotton strip are particularly crucial, reducing heat loss and lowering energy consumption.