Geographic and climate challenges:
The climate types are diverse, covering tropical rainforests with high temperature and humidity, arid deserts, temperate plateaus and coastal areas, which put forward all-round requirements for the anti-corrosion, heat insulation, wind resistance and earthquake resistance of buildings.
In terms of natural disasters:
the Pacific Rim Seismic Belt runs through Chile, Peru and other countries, and earthquake resistance is a rigid need for these countries; the Caribbean and some coastal areas face the threat of hurricanes all year round; in addition, there are flood risks in some areas around the world.
Resource development environment:
Mining development in the Andes requires sturdy facilities that can be quickly deployed at high altitudes and complex terrain conditions.
Policy and economic drivers
Large-scale infrastructure plans:
National projects such as Brazil’s “Accelerated Growth Plan” (PAC) and Colombia’s “Fourth Generation Toll Road” are being releasedhugeInfrastructure needs, directdrivesteel structureofapplication
In terms of mining and energy investment, the mining of copper and other resources in Peru, Chile and other countries continues to accelerate. In 2024, investment in Peruvian copper mines will increase by 41.7% year-on-year. This growth will directly drive the demand for special steel structures in mining equipment, processing plants and other fields to rise significantly.
Urbanization and Housing Gap:
Rapid urbanization has continued to strain housing supply in major cities, creating an urgent need for rapid, economical and affordable housing construction solutions.
Characteristics of demand for steel structures:
Rapid deployment and cost control:
Faced with tight project schedules and rising labor costs, prefabricated steel structures can significantly shorten the construction period and provide reliable guarantee for cost and time budgets.
Excellent structural performance:
It must meet high standards of seismic resistance (such as NCh433, NTP E.030) and wind resistance requirements to ensure safety in extreme environments.
Durability and low maintenance:
Materials need to be resistant to high temperatures and humidity, salt spray corrosion and strong ultraviolet rays to reduce maintenance costs throughout the life cycle.
Sustainability:
With the increasing focus on green building concepts, recyclable steel structural materials have shown significant advantages due to their natural properties.
Our solutions
Industrial and Mining Construction:
Empowering Core Industries
Solution:
Provide heavy steel structure workshops, warehouses, ore processing plants and large material sheds for mining, logistics, manufacturing and new energy projectsand other supporting facilities.
Addressing local challenges:
Seismic design:
Strictly follow local seismic codes such as Chile NCh433 and Peru NTP E.030 to provide services for projects in high seismic areasEconomic calculationEnhanced structure scheme for computational verification.
Remote and complex terrain deployment:
Provide modular and lightweight steel structure systems for easy transportation to remote mining areas.And canQuick assembly on complex terrain,CanSignificantly reduce logisticscost andDifficulty of on-site construction.
Anti-corrosion treatment:
For coastal or industrial corrosive environments, hot-dip galvanizing or high-performance coating systems are used to ensure long-term durability of facilities in harsh environments.
Applicable scenarios:
Copper ore and lithium ore processing plants, regional logistics centers, automobile manufacturing plants, food processing plants, and large storage facilities.