Custom Seawall Construction in Port Neches, TX
Since 2001, the Gulf Dock Solutions, Inc. team has been your source for effective and attractive marine structures, including seawall construction, in Port Neches, TX. From piers and docks to concrete bulkheads and retaining walls, our team is ready to bring your project to life with the due diligence it deserves.
Your new marine structure needs to be built strong enough to handle even the most volatile surf. That is why our team only uses the finest in high-quality treated lumber, vinyl sheet piling, and other construction materials. Contact us today to discuss your upcoming project or to explore all of the possibilities available from our trusted contracting company.
Bulkheads Vs. Seawalls
While the terms “seawall” and “bulkhead” are sometimes used interchangeably, there are subtle differences between these two styles of retaining walls. Most notably, seawalls go that extra step to protect shorelines from the erosive properties of crashing waves. On the other hand, bulkheads are less heavy-duty and are usually used to separate marines from the slips or the water between wharves and piers.
When you work with our skilled contractors, we will evaluate your erosion control needs to determine whether a seawall installation or a concrete bulkhead construction is your best investment. In either scenario, your project will be in the hands of our licensed builders with decades of collective experience.
Looking for additional protection against water runoff? Our team has got you covered. We specialize in retention pond construction and can create something that will help you address all of your concerns.
All of our seawall, bulkhead, and custom pier construction work is guaranteed for the lifespan of the materials used so long as everything is maintained correctly. Should you experience any issues with our work, just reach out to us, and we will revisit your location to inspect and make repairs as needed. Contact us to learn more about this guarantee or to request a property evaluation.