Lightweight. The weight of light steel villas is relatively light, which makes the construction and installation process more convenient and efficient.

High space utilization rate. The indoor space utilization rate of light steel villas is relatively high, usually around 90%, which is more space saving compared to traditional materials.

Good seismic performance. Light steel villas have good seismic performance and can withstand earthquakes of magnitude 9, and even typhoons of magnitude 12.

Good aesthetic performance. The design of light steel villas is flexible and can be customized according to personal needs. They have diverse appearances and high artistic and ornamental value.

High construction technology requirements. The construction technology requirements for light steel villas are high, and a professional construction team is needed to ensure the quality of the building.

Poor sound insulation effect. The sound insulation effect of light steel villas is relatively poor, which may affect the comfort of living.

Weak insulation performance. The insulation performance of light steel villas is relatively weak, and additional insulation measures are needed to improve indoor comfort.

Good environmental performance. The materials used in light steel villas are mostly environmentally friendly, and 80% -90% of the materials can be recycled and reused, with minimal environmental impact.

Short construction period. The construction period of light steel villas is relatively short and usually faster than traditional building methods.

The building has a long lifespan. The main materials used in light steel villas, such as hot-dip galvanized steel bars, have a long service life of up to 100 years without rusting.

High security. Light steel villas are permanent buildings that are fundamentally different from color board houses and activity houses, with a service life of 50 years meeting the national standard.