Introducing the uxcell 2040 Aluminum Extrusion Profile Corner Bracket, designed for versatility and durability in various applications. This product features a black baked enamel surface that not only enhances its appearance but also provides excellent rust resistance and longevity. Constructed from high-quality aluminum, these brackets are oxidized to prevent further corrosion, making them a reliable choice for your projects.

Each package includes four corner brackets, with each bracket measuring 38 x 20 x 20mm (1.49′ x 0.78′ x 0.78′). The thickness of the brackets is 3mm (0.11′), ensuring a robust structure. The hole diameter is 5.5mm (0.21′), allowing for easy and secure fastening.

The unique design of these vertical corner connectors allows for a precise 90-degree right-angle joint, which is crucial for constructing square or rectangular structures. The flattened surface of the connector provides a larger contact area with the aluminum profile, resulting in a more stable and secure connection.

These right-angle brackets are incredibly versatile, making them suitable for constructing various industrial aluminum frame structures. They are perfect for 3D printers, CNC routers, CNC laser cutters, and are also ideal for diving into robotics projects. Furthermore, they can be used in woodworking machinery setups and even for constructing fish tanks.

Installation is straightforward. These brackets can be used with the corresponding series of T-bolts with flange nuts or T-nuts with hexagon socket bolts. Please note that the mounting fasteners are not included in the package. Due to manual measurement, a deviation of 1-2mm may occur, but this should not impact the overall functionality of the brackets.

In conclusion, the uxcell 2040 Aluminum Extrusion Profile Corner Bracket is an essential component for anyone involved in building industrial structures or engaging in DIY projects. With its sturdy construction, ease of installation, and versatile applications, this product is sure to meet your needs and exceed your expectations.