Seismic Compliant Steel Designfor Your West Coast Building
Besides our extensive abilities for structural steel design services, AJ Engineering also offers non-structural seismic compliant steel design for all projects. Wherever your project is on the West Coast—whether in California, Oregon, Washington, or even Utah and Nevada—AJ Engineering offers the best design services available. We have more than 30 years of experience crafting safe and economically-sound designs for clients across the coast, and know how to ensure all of our designs are up to the latest codes. Our 20 dedicated engineers can help to design custom pipe and duct support as well as platform design for a variety of mechanical, electrical, plumbing, and architectural systems and components.
AJ Engineering believes in providing the best designs possible for any and all bracing, riser, steel, and pipe support. We have specialized knowledge of building codes in each of the states that we design projects in, as well as experience in the proper application to mechanical, electrical, plumbing, and fire protection (MEPF) equipment and distribution systems. Our mission is to provide innovative engineering solutions that help achieve sustainable business results while mitigating human, environmental, and operating risks.
Expertly Designed Seismic Pipe Supports
AJ Engineering designs only the best and most efficient seismic pipe supports. Whether supported inside or outside the building, on the floor, roof, wall, or suspended from above, we can design a system that will be sure to keep your pipes and other essential equipment stable during any seismic event. We have plenty of experience solving the most challenging of support situations while continuing to meet building code requirements—all without breaking the bank.
Contact AJ Engineering to learn more about our support system designs or to get started on a project today. We also offer extensive services for seismic bracing, support of risers, and other systems that are sure to keep your building and its occupants safe.