When a porch or concrete slab starts to sink, crack, or pull away from the main structure, the problem is almost always happening below the surface. ECP’s helical bracket systems connect directly to helical piers driven deep into stable soil, giving contractors a reliable way to stabilize, lift, and support these structures without the guesswork of traditional mudjacking. Each bracket is engineered for a specific application — porches, slabs, timber framing, or hydraulic lifting — so the right load path and connection method is used every time.
Types of Porch & Slab Brackets
Porch Brackets
Porches settle for different reasons than the rest of a home, since they’re often built on shallower, less robust footings. ECP’s porch brackets attach to a helical pile and cradle the porch’s edge beam or footing, transferring its weight down to load-bearing soil. Installation is quick, requires minimal excavation, and can typically be done without disturbing landscaping or hardscape around the porch. Once secured, the bracket keeps the structure level and stops further settlement from progressing.
- Attaches directly to helical piles for a secure, engineered load transfer
- Designed for edge beams and non-load-bearing porch footings
- Low-disturbance installation — minimal digging or landscape damage
- Corrosion-resistant steel construction for long-term durability
- Adjustable positioning to fit varying porch foundation depths
Slab Brackets
Slab brackets are designed to arrest sinking or cracked concrete slabs — patios, driveways, garage floors, and interior slabs alike. The bracket connects a helical pile to the underside of the slab, distributing the structure’s weight across a wider bearing area so the load is carried by firm soil rather than the compromised material beneath. This approach offers a more permanent fix than surface patching or mudjacking, since it addresses the underlying support issue rather than masking it.
- Wide bearing plate distributes slab weight evenly across the pile
- Suitable for patios, driveways, garage floors, and interior slabs
- Reduces future cracking and uneven settling
- Faster, more permanent alternative to mudjacking
- Compatible with standard helical pile sizes for flexible project use
Hydraulic Lift Slab Brackets
For slabs that need to be raised back to their original elevation rather than just stabilized, ECP’s hydraulic lift slab brackets add a jacking mechanism to the standard bracket assembly. Working in tandem with a hydraulic manifold system, crews can lift the slab in a controlled, incremental manner while monitoring the process for even, safe elevation changes. This precision makes hydraulic lift brackets the preferred choice for slabs that have settled unevenly or need close coordination across multiple pile locations.
- Integrates with hydraulic manifold systems for controlled, incremental lifting
- Allows precise elevation adjustments across multiple pile points simultaneously
- Built-in jacking mechanism reduces need for separate lifting equipment
- Ideal for unevenly settled slabs requiring coordinated re-leveling
- Supports monitored, engineer-approved structural lifts
Timber Brackets
Timber brackets give elevated wood structures — decks, boardwalks, and similar framing — a solid connection to a helical pile foundation. Built to cradle and secure a wood beam, the bracket transfers the structure’s load down through the pile rather than relying on a wood post set in soil or concrete, which is more prone to rot and movement over time. The result is a stronger, longer-lasting connection point that holds up under repeated freeze-thaw cycles and ground movement.
- Secures wood beams for a stable pile-to-timber connection
- educes wood-to-ground contact, minimizing rot and moisture damage
- Built for decks, boardwalks, and other elevated wood structures
- Withstands freeze-thaw cycles and ground shifting without loosening
- Simple field installation with bolted or pinned connections