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Brackets & Mounts

Brackets & Mounts

Angle, shelf, gusset, L-brackets and equipment mounting plates.

Also searched as: angle bracketl bracketmounting bracketgussetshelf bracket

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About brackets & mounts

Brackets and mounts provide structural support and secure positioning for components in mechanical assemblies. This category encompasses a range of forms, including angle brackets, L-brackets, shelf brackets, gussets, and various equipment mounting plates. Angle and L-brackets are commonly used for perpendicular connections, offering reinforcement or simple component attachment. Gussets are triangular or trapezoidal plates added to corners or joints to increase rigidity and load-bearing capacity. Shelf brackets are designed for supporting horizontal surfaces. Equipment mounting plates are typically flat or formed sheets with pre-drilled or customizable hole patterns for attaching specific devices, often conforming to VESA standards for displays or specific enclosure patterns. Selection criteria include material (e.g., steel, aluminum, stainless steel), finish (e.g., zinc plated, powder coated, anodized), and critical dimensions such as leg length, thickness, hole diameter, and hole spacing. Load capacity and deflection under anticipated loads are primary performance considerations, particularly for structural applications. Fastener compatibility, including thread size and type, is also a key factor in integration.

How to choose

When selecting brackets and mounts, first determine the primary function: structural reinforcement, component attachment, or positioning. Second, establish the required load capacity and direction of forces to identify suitable material thickness and form factor (e.g., plain angle vs. gusseted). Third, define the mounting interface and required hole patterns, considering fastener type and size. Standard hole patterns or VESA compatibility may simplify selection. Fourth, specify environmental conditions to choose appropriate materials and finishes for corrosion resistance or aesthetic requirements. Finally, verify dimensional constraints such as leg length, standoff height, and overall footprint to ensure proper fit within the assembly.