Welcome to Caballo Engineering since 2005
Global Certificate: ISO 9001:2016
Welcome to Caballo Engineering since 2005
Global Certificate: ISO 9001:2016
At Caballo Engineering, we specialize in providing top-quality Pre-Engineering Buildings (PEB) that cater to a wide range of construction needs. Our PEB solutions are ideal for industrial, commercial, and institutional projects, offering both efficiency and cost-effectiveness. By using pre-fabricated steel components, we ensure faster construction times, reduced waste, and lower project costs, all while maintaining the highest standards of safety and durability.
Our Pre-Engineering Buildings are highly customizable, allowing us to design structures that meet the unique requirements of each client. Whether you need a warehouse, factory, or any other type of industrial facility, our expert team ensures that every building is tailored to your specific needs.
With Caballo Engineering's advanced technology and experienced engineers, we promise durable, eco-friendly structures that withstand the test of time. Our commitment to quality, affordability, and timely delivery makes us the preferred choice for Pre-Engineering Buildings across various industries.
Primary framing consists of rigid steel frames that form the backbone of the structure. Built-up members, typically made from high-strength steel plates, are welded together to create I-sections. The steel used conforms to ASTM A572M Grade 345 Type 1, with a minimum yield strength of 345 N/mm² or equivalent.
These frames include main columns and rafters, designed to handle heavy loads. Their durability and precision engineering provide robust support for both industrial and commercial buildings, ensuring long-term stability.
Built-up or hot rolled members consist of three hot rolled steel plates of equal or varying thicknesses, welded together to create an I-section. These plates are made from high-grade steel, typically conforming to ASTM A572M Grade 345 Type 1, which offers a minimum yield strength of 345 N/mm² or an equivalent standard.
This construction method provides enhanced structural integrity and load-bearing capacity, ensuring reliability in industrial and commercial building applications.
