The design of angled brackets focuses on "adapting to wall corners" and "stable support", catering to different angles and load requirements.
Basic Structure:
Basic models typically feature an "L-shaped" or "triangular" metal/plastic frame, consisting of two components: a contact surface (in contact with both surfaces of the wall corner, often with mounting holes) and a supporting bracket (bearing loads such as pipes or cables).
Functional variants include auxiliary structures: pipe brackets are equipped with "curved clamping grooves" (for securing round pipes), cable brackets include "cable clamps/channels" (for organizing multiple cables), and brackets for heavy loads use "reinforcing ribs" (to enhance load-bearing capacity).
Key Structural Features:
The contact surface usually forms a 90° angle to fit standard wall corners; some adjustable models use hinges or sliding mechanisms to adapt to non-standard angles from 60° to 120° (e.g., sloped corners or irregular spaces).
Mounting holes are mainly elongated oval or waist-shaped, facilitating precise position adjustment during installation and preventing failures caused by drilling inaccuracies. Some lightweight brackets have an adhesive base for temporary fixation without drilling.
The length and height of the supporting bracket are selected as needed: short variants (5–10 cm) are suitable for compact devices (e.g., routers), while extended brackets (20–50 cm) are used for pipelines and elongated equipment (e.g., ventilation ducts).