The Simpson CC7 1/8-6 Column Cap is a heavy-duty structural connector engineered by Simpson Strong-Tie to deliver strong, reliable column-to-beam connections in wood construction. The seat of this column cap provides additional bearing surface area that extends beyond each side of the column, helping to distribute the load from the beam and provide critical support at the connection point. Built from 3-gauge steel with certified welds and a durable Simpson Strong-Tie gray paint finish, this column cap is designed to handle both gravity loads and lateral forces, making it a dependable choice for timber framing, post-and-beam structures, and other demanding structural applications where code compliance and connection integrity are essential.

Key Features

• Certified welds - provide verified strength and load confidence so you can trust the connection meets structural demands without question.
• Increased uplift load capacity - engineered to handle elevated forces from earthquake or wind loading, giving your structure added resilience in high-stress conditions.
• NDS code-compliant bolt spacing - meets National Design Specification requirements out of the box, reducing inspection concerns and simplifying the approval process on job sites.
• Diamond holes for temporary fastening - allow you to secure the cap in position during installation before final bolting, improving accuracy and reducing the chance of misalignment.
• 3-gauge steel construction - delivers the heavy-duty material thickness needed for demanding structural column-cap applications where lighter connectors would not be appropriate.
• Simpson Strong-Tie gray paint finish - provides a corrosion-resistant coating suited for structural wood construction environments while maintaining a clean, professional appearance.
• Installs with six 3/4-in. diameter bolts - a defined, straightforward fastener requirement that takes the guesswork out of hardware selection and keeps installation efficient.

Why This Product

• Engineered for both gravity and lateral load demands - the combination of certified welds and uplift load ratings means this column cap performs not just under standard vertical loads, but also under the lateral forces generated by wind or seismic events, making it suitable for a wider range of structural scenarios.
• Extended bearing seat improves load distribution - the seat design extends beyond each side of the column, spreading the beam load across a greater surface area and reducing the concentration of stress at the connection, which supports long-term structural integrity.
• Code-compliant by design - with bolt spacing that meets NDS requirements built directly into the connector, builders and engineers spend less time on field modifications and more time moving the project forward with confidence.
• Heavy 3-gauge steel from a trusted structural connector brand - Simpson Strong-Tie is a recognized name in structural hardware, and this column cap reflects that standard with material thickness and certified weld quality appropriate for post-and-beam and heavy timber construction applications.

Specifications

• Manufacturer Part Number (MPN): CC7 1/8-6
• Member Size: 7 in. Beam, 6x Post
• Beam Width: 7 in.
• Width 1: 7-1/8 in.
• Width 2: 5-1/2 in.
• Length 1: 13 in.
• Height 1: 8 in.
• Nominal Post Size: 6x
• Gauge: 3
• Coating / Finish: Simpson Strong-Tie Gray Paint
• Installation Hardware: Install with (6) 3/4-in. diameter bolts

Approved Applications

• Column-to-beam connections in wood construction
• Structural applications requiring load distribution from beam to post
• Connections subject to earthquake or wind uplift loading
• Projects requiring NDS code-compliant bolt spacing

What's Included

• 1x Simpson CC7 1/8-6 Column Cap
• Install with (6) 3/4-in. diameter bolts (sold separately)

Options

• Contact us for Configurable Options and Special orders
• Straps may be rotated 90 deg.
• For special, custom, or rough-cut lumber sizes, provide dimensions. An optional W2 dimension may be specified. (The W2 dimension on straps rotated 90 deg. is limited by the W1 dimension.)