80/20® 10 5 Series Hole Tee Joining Plate Black 4140-BLACK
80/20® 10 5 Series Hole Tee Joining Plate Black
This 80/20 10 5 Series Hole Tee Joining Plate is a versatile and strong external fastening method that requires no machining services. It allows for infinite positioning along the profile t-slot, enabling a large degree of adjustability. This long-lasting connection is easily assembled and can be repositioned and reused. Ideal for connecting multiple profiles together, it is perfect for a variety of applications such as custom shelving, display racks, and workstations. By using this joining plate, you can save time and money by using double or triple slide-in economy t-nuts and pre-loading hardware prior to assembly.
Top product features:
- Provides a strong external fastening method that requires no machining services
- Can connect more than two profiles together
- Offers infinite positioning along the profile t-slot allowing for a large degree of adjustability
Top product applications:
- Structural framing and building construction
- Machine building and fabrication
- Exhibition booth and display fixture assembly
The 5 hole - tee flat plate is a strong external fastening method that requires no machining services and can be used to connect more than two profiles together. This fastening option can provide infinite positioning along the profile t-slot allowing for a large degree of adjustability. It is a long-lasting connection that is easily assembled and can be repositioned and reused. Tip use double or triple slide-in economy t-nuts to save time and money. Pre-load your hardware prior to connecting profiles to simplify your assembly.
Additional Information
- Brand: 80/20 Inc
- Package Quantity: 1
- Country of Origin: US
- FOB Origin: JA
- Ships by: PARCEL
- Comes in a kit: No
- Newly added to catalog: No
- Item is on Clearance: No
- Contains Hazardous Materials: No
- CA Proposition 65 Applies: No
- Package Length: 3.00
- Package Width: 0.19
- Package Height: 3.00
- Package Weight: 0.12
Product info last updated on February 20, 2026 4:38pm UTC
Category: Structural Framing