The Simpson E-Z-Click Corner-Mount/Drilled-In Injection Ports are purpose-built for epoxy injection crack repair in concrete, engineered by Simpson to take the mess and guesswork out of the process. The E-Z-Click system pairs a specially designed fitting with these ports to create a positive click connection that locks onto the Optimix mixing nozzle - keeping epoxy flowing exactly where it needs to go and stopping cleanly the moment you disconnect. Whether you are working in tight corners or on flat concrete surfaces, these ports are designed to handle both configurations with the same reliable, low-mess performance.

Key Features

• Positive click connection eliminates messy leakage - epoxy flows only when the fitting is locked in place, minimizing waste and reducing clean-up time on the job.
• No drilling required for most applications - ports paste directly to the concrete surface, making installation faster and less invasive than traditional drilled-in methods.
• Instant epoxy shutoff on disconnect - simply pull the fitting away from the port and epoxy flow stops immediately, with no leaky residue left behind.
• Self-closing port head after injection - pull the head of the E-Z-Click port out once injection is complete to seal it and prevent any post-injection leakage.
• Single-operator friendly design - the secure click connection holds the tube in place so one person can work faster without needing a second hand to steady the nozzle.
• Dual-configuration port design - the EIPX port functions as a surface-mount port in corners and as a drilled-in port on flat surfaces, giving contractors flexibility across concrete repair scenarios.

Why This Product

• Cleaner repairs, less wasted material - the positive click connection is specifically engineered to stop leakage at the port, so epoxy goes into the crack rather than onto the floor or your hands.
• Faster workflow for one-person crews - because the fitting locks securely onto the port, a single technician can move efficiently from port to port without stopping to manage leaks or hold the nozzle in place.
• Versatile enough for the most common concrete repair scenarios - corner surface-mount and flat-surface drilled-in use cases are both covered by a single port design, reducing the number of separate components needed on a job site.
• Designed for a complete, compatible system - these ports are engineered to work with the E-Z-Click injection fitting and Optimix mixing nozzle, so every part of the injection process is built to function together rather than cobbled from mismatched components.

Specifications

• Manufacturer: Simpson Strong-Tie
• MPN: EIPX-EZ-RP20
• Port Type: Corner-Mount / Drilled-In
• Compatible System: E-Z-Click Injection System
• Compatible Nozzle: Optimix Mixing Nozzle
• Country of Origin: United States

Approved Applications

• Surface-mount port application in concrete corners
• Drilled-in port application on flat concrete surfaces
• Epoxy injection crack repair projects in concrete

What's Included

Each pack contains (20) EIPX-EZ-RP20 E-Z-Click corner mount/drilled-in injection ports, E-Z-Click corner-mount/drilled-in injection ports.

Frequently Asked Questions

Do these ports require drilling into the concrete surface?

No drilling of ports is required for most applications. The E-Z-Click ports perform while pasted to the surface of the concrete, making the process faster and less invasive.

How do you stop epoxy flow once injection is complete?

Simply disconnect the fitting from the E-Z-Click port and the epoxy stops flowing immediately - no leaky mess. After injecting, pull the head of the E-Z-Click port out to close it and prevent leakage.

Can one person operate the E-Z-Click injection system alone?

Yes. The positive click connection between the fitting and the port means one person can work faster without having to hold the tube on the port during injection.

What surfaces and configurations are the EIPX ports designed for?

The EIPX ports are intended for use as a surface-mount port in corners and as a drilled-in port on flat surfaces, offering versatility across common concrete crack repair scenarios.