Blog

Custom aluminum extrusions are used in Texas energy and infrastructure projects to create lightweight structural members, equipment frames, solar racking, electrical enclosures, access systems, and heat-management components. Coils also supply consistent material for roofing, cladding, flashing, insulation systems, and fabricated parts.

Custom aluminum extrusions support electric vehicle manufacturing by providing lightweight, repeatable components for battery enclosures, structural frames, thermal systems, and assembly hardware. Their cross-sections can be designed around strength, heat transfer, joining, and packaging requirements.

Transportation manufacturers can reduce vehicle weight with aluminum by selecting appropriate alloys, using efficient geometries, and placing material only where it supports load, impact management, heat transfer, or assembly. Extrusions and sheet products are particularly useful because they can replace heavier components while meeting application-specific requirements.

A die-cast aluminum part should be considered for redesign as an extrusion when it has a consistent cross-section, is produced in several lengths, requires extensive secondary machining, or can be simplified into a continuous profile. The decision should be based on geometry, volume, tolerances, tooling, and total delivered cost, not on material alone.

Custom aluminum extrusions support solar racking systems by combining low weight, corrosion resistance, structural performance, and design flexibility in a repeatable profile. They can form rails, frames, clamps, braces, and connection points while reducing the need for separately manufactured parts.

Effective thermal management is essential to the safety, performance, and service life of an electric vehicle battery system. Custom aluminum extrusions can improve that management by creating lightweight structural components with integrated channels, fins, mounting points, and heat-transfer surfaces.