80/20 Inc. 4150 Angled Joining Plate Series 10

Product Description

The 80/20 INC. 4150 is an angled aluminum joining plate designed for use with the Series 10 T-slot framing system and Bolt Kit 3321. It provides a rigid 90-degree connection between aluminum extrusion members, making it a fundamental structural component in modular framing assemblies. The plate measures 3 inches in length and 0.188 inches thick, features 4 mounting holes, and carries an anodized gray finish for corrosion resistance. Fabricators, machine builders, and industrial maintenance technicians install this plate when constructing or repairing T-slot aluminum frame structures.

This joining plate is suited for modular workstation builds, machine guards, conveyor frames, and similar industrial assembly applications where Series 10 aluminum extrusions are used. Its 4-hole pattern and 90-degree angle allow for reliable corner and mid-span connections within a T-slot framework. The anodized aluminum construction keeps weight low while maintaining structural integrity in light-duty to medium-duty framing applications.

Key Features

• 90-degree angled plate for right-angle joints in Series 10 T-slot extrusion assemblies
• 4 mounting holes for secure, multi-point fastening
• 0.188 inches thick aluminum construction for a balance of strength and low profile
• Anodized gray finish provides corrosion resistance and a clean appearance
• Compatible with Bolt Kit 3321 for a complete fastening solution
• Designed for easy assembly without specialized tooling

Compatibility

Designed for use with 80/20 INC. Series 10 T-slot aluminum extrusions and Bolt Kit 3321. Intended as a structural joining component within Series 10 modular framing systems.

Installation Notes

Installation is typically performed by fabricators or maintenance technicians working with T-slot aluminum framing systems. Use Bolt Kit 3321 as specified to ensure proper fastener engagement with the extrusion channel. Ensure all extrusion members are fully seated and aligned before tightening fasteners to avoid racking the frame. De-energize any associated equipment and relieve any load on the frame structure before replacing or repositioning joining plates.