Wall Repair Systems
Engineered Solutions for Stronger, More Stable Walls
From bowed and cracked foundation walls to leaning basement and retaining walls, ECP offers proven wall repair systems designed to stabilize movement and restore structural integrity. Our solutions include helical tiebacks, plate anchors, carbon fiber reinforcement, and interior wall braces—giving contractors reliable options for a variety of wall repair applications.
BEST
RECOMMENDED APPLICATIONS
- Sea Walls
- Basement Walls
- Retaining Walls
- Shoring
- Temporary Wall Support
- Tilt Up Construction
TECHNICAL SPECIFICATIONS
Shaft Options 1-1/2″, 1-3/4″, and 2-1/4″ solid square bar; tubular options available
Helical Plates 6″–16″ diameter, 2″ increments
Lead Lengths 10″, 5′, 7′, and 10′
Extension Lengths 1-1/2′, 3′, 5′, 7′, and 10′
Corrosion Protection Hot-dip galvanized
Installation Hydraulic installation, 5–20 RPM
SPECIFICATION SHEETS Download product specifications and engineering sheets
BEST
RECOMMENDED APPLICATIONS
- Bowed Foundation Walls
- Cracked Foundation Walls
- Basement Walls
- Retaining Walls
- Hydrostatic Pressure
- Foundation Wall Stabilization
TECHNICAL SPECIFICATIONS
Clamping Capacity 8,250 lbs
Anchor Distance Adjustable 9’–13½’
Wall Plate 12″ × 18″
Anchor Rod ¾” diameter
Corrosion Protection Hot-dip galvanized
Installation Portable equipment with little or no vibration
SPECIFICATION SHEETS Download product specifications and engineering sheets
BEST
RECOMMENDED APPLICATIONS
- Cracked Foundation Walls
- Bowed Foundation Walls
- Horizontal and Stair-Step Cracks
- Wall Movement at the Top or Bottom of the Foundation
- Structural Crack Stabilization
- Low-Profile Interior Wall Reinforcement
TECHNICAL SPECIFICATIONS
Reinforcement Material High-strength carbon fiber fabric
Strap Width 12″
Available Strap Lengths7′, 8.5′, 9.5′, and 10.5′
Bonding System Rhino epoxy adhesive
Installation Epoxy-bonded reinforcement applied to the interior wall surface
BEST
RECOMMENDED APPLICATIONS
- Bowed or Leaning Foundation Walls
- Walls Subjected to Lateral Soil Pressure
- Prevention of Further Wall Deflection and Structural Movement
- Existing Foundation Walls Requiring Interior Reinforcement
- Basement Wall Stabilization Where Exterior Anchoring Is Not Feasible
- Residential Foundation Wall Repair and Stabilization
TECHNICAL SPECIFICATIONS
System SecureLock™ Interior Wall Brace
Configurations Parallel and perpendicular
Primary Component I-beam wall support
Floor Connection Steel floor bracket secured with concrete screws
Wall Connection Beam capture and adjustable brace assembly
Framing Connection Wood support beams, bolts, and support straps
Installation Interior-mounted foundation wall stabilization system
SPECIFICATION SHEETS Download product specifications and engineering sheetsGot Questions?
We've Got Answers.
Find quick answers to common questions about ECP Wall Repair systems.
Excessive soil pressure, poor drainage, and expansive soils can cause foundation walls to crack, bow, or lean over time.
Helical tiebacks use helical anchors installed into stable soil, while plate anchors use buried plates to help stabilize foundation walls.
Carbon fiber reinforces walls with limited movement, while interior wall braces help stabilize bowed or leaning foundation walls.
The best solution depends on the wall’s condition, the degree of movement, soil conditions, and site accessibility. A professional evaluation can help determine the appropriate system.
Need More Help?
Connect with the ECP team for product recommendations, technical guidance, and project support.
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