RED® Side-lap Connections

Clinch the strongest interlocking B-deck side-lap connections

Creating the strongest side-lap connections just got easier.
RED® – the Rolling Electric Deck tool. The first and only battery-powered deck tool on wheels.

The only deck tool on wheels

RED® has an ergonomic design that’s easy on your back, enabling users to effortlessly and consistently clinch the industry’s strongest, stiffest side-lap connections on interlocking B steel deck (BI). Running on battery power, RED® eliminates cords and hoses—and the risk of tripping or getting all tied up.

Tested and proven to create the strongest connections

Third-party evaluation reports confirm RED® outperforms competing tools, making stronger, stiffer side-lap connections.

RED® Test Data Bar Chart Color Key
RED® Strength Bar Chart
Stiffness (1/Ss) Bar Chart

Complete large-scale jobs efficiently

RED® really shines on high-square-footage steel construction projects. Its ease of use means you’ll work smarter and easier to achieve the strongest, most consistent side-lap connections. While the tool’s ergonomic design will improve the efficiency and performance of your personnel.

Visual verification

When it comes to confirming your side-lap connections, RED® provides three means of verification. A green light will appear with an audible tone when you’ve completed a clinch. Users can then easily verify a successful connection with a simple visual inspection: You should see three plies at the point of connection, and light should be able to shine through a complete connection.

Close up back view of RED® battery powered tool on wheels
Close up clinch side-lap connections on b deck
Two RED certified operators using RED® on B-deck
  • Ergonomic design simplifies BI deck side-lap connections in gages 22, 20 , 18, and 16
  • No screws or welding, eliminating marring and preserving the look and finish of the steel deck
  • No sharp edges, reducing the risk of injury and of costly mishaps on the job site
  • Make side-lap connections in accordance with ICC-ES Report ESR-3818