The most efficient Piling Repair and Protection

Astrocasing preserves your waterfront infrastructure and protects your investment.

Astrocasing improves the way you repair and maintain dock pilings.

Submerged unprotected pilings are subjected to harsh conditions that cause deterioration; wood rot, wakes and tides, and infestations of marine borers erode your sturdy foundation. 

Astrocasing is an investment in the future of your dock and a smarter way to maintain waterfront infrastructure. Designed for flexibility, efficiency, and durability, our extruded polymer panels encase existing pilings in concrete, effectively restoring strength and extending their lifespan.

Installation is easy with Astrocasing’s simple 5-step installation process. 

The smart investment for commercial marinas and waterfront resorts

THE EASIER, BETTER SOLUTION FOR REPAIRING AND REINFORCING WOOD DOCK PILINGS

Modular Four-Component Design
Our innovative design makes it easy to create the size and shape to fit any piling needs. Astrocasing allows sizing in 1” increments and accommodates one, two, or three piling configurations to fit your specific project requirements.

Streamlined Installation
Say goodbye to slow and complicated installation processes. Astrocasing features rigid components and a simple connector system that makes assembly and installation fast and efficient. Our streamlined design helps get your dock in operation quickly.

Cost-Effective Shipping and Storage
Astrocasing’s compact design saves shipping and storage costs. The modular components stack neatly and minimize space requirements, making transportation, handling, and assembly on the job site hassle-free.

Ultimate Protection
Encapsulate your pilings in durable extruded PVC, creating a robust barrier that shields them from further erosion. Astrocasing not only repairs but fortifies pilings, providing lasting protection against the elements.

Contractors, ask about our measuring band kit — the simple way to size Astrocasing for any piling.

Easily create the perfect size and shape