80/20® 10 Series 4 Hole Tall Lite Inside Corner Bracket 4101
80/20® 10 Series 4 Hole Tall Lite Inside Corner Bracket
The 80/20 10 Series 4 Hole Tall Lite Inside Corner Bracket is a versatile and adjustable fastening method that creates a 90-degree connection. Ideal for applications where infinite positioning is required, this lightweight bracket can be used in a variety of settings, including shelving, storage, and display systems. Its two stacked holes on each side allow for easy repositioning and reuse, reducing the need for machining services. The bracket's 2-degree drop-lock feature ensures secure connections, making it a reliable choice for projects that demand precision and flexibility. Its compact size and lightweight design make it easy to ship and store.
Top product features:
- Creates a 90 degree connection
- Engages the 2-degree drop-lock feature when assembly bolts are tightened to the required torque
- Provides infinite positioning along the profile t-slot allowing a large degree of adjustability
Top product applications:
- Industrial Shelving Units
- Modular Workstations
- Cabinets and Enclosures
The 4 hole - tall lite inside corner bracket is an external fastening method that creates a 90 degree connection. Each side of the bracket has two holes stacked one on top of the other. This lightweight fastener requires no machining services and can provide infinite positioning along the profile t-slot allowing a large degree of adjustability. The 4 hole - tall lite inside corner bracket engages the 2-degree drop-lock feature when the assembly bolts are tightened to the required torque. It is a fastening method that can be repositioned and reused.
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: 0.88
- Package Width: 2.50
- Package Height: 2.50
- Package Weight: 0.07
Product info last updated on January 24, 2026 12:40pm UTC
Category: Structural Framing