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 offer top-tier mechanical erections and fabrications that drive efficiency and precision in every project. Our mechanical erections service encompasses the installation and assembly of complex machinery and systems, ensuring seamless integration and operational excellence.
Whether it's for industrial plants, factories, or large-scale infrastructure, our skilled team handles every detail with utmost care and expertise. In mechanical fabrications, we excel in crafting custom components and structures tailored to your specific needs. Utilizing advanced technology and high-quality materials, we deliver products that meet rigorous standards for durability and performance.
Trust Caballo Engineering to provide innovative solutions and unparalleled craftsmanship in mechanical erections and fabrications, supporting your project’s success from concept to completion.
Secondary framing is essential for supporting the primary structure and transferring loads to the foundation. It typically consists of steel or aluminum, with spacing generally ranging from 6 to 12 feet based on load requirements and span.
The dimensions of secondary framing components are customizable to match design specifications, while connections are usually bolted or welded for secure attachment. The framing must be capable of supporting roof, wind, and snow loads, and should be coated or galvanized to prevent corrosion and ensure long-term durability.
Bracing systems are crucial for stabilizing structures and resisting lateral forces like wind and seismic activity. They are typically composed of steel or timber, with configurations such as X-bracing, K-bracing, or diagonal braces depending on the design requirements.
The spacing of braces varies based on the building’s height and load conditions. Bracing members must be adequately sized to handle applied loads and connected securely using bolts or welds. Proper design ensures the building's stability, prevents sway, and maintains structural integrity under various conditions.
