Aluminum Profile T-Slot Nut

The Aluminum Profile T-Slot Nut is a precision-machined metal fastener designed for use with T-slot aluminum extrusion profiles. It slides into the profile's T-slot channel and provides a threaded connection point for attaching components, panels, or accessories. This nut enables modular assembly without drilling or welding, making it essential for constructing frames, enclosures, and structures. It is manufactured in various sizes to match standard aluminum profile dimensions. The nut is available in aluminum alloy, stainless steel, or zinc alloy, with material grade 6061-T6 for aluminum versions, conforming to ASTM B221. Key parameters include slot width compatibility of 6–10 mm, thread sizes M4–M12 (ISO 68-1), height 8–20 mm, tensile strength 310–350 MPa, yield strength 276–310 MPa, hardness 95–100 HB, surface treatment anodized (Type II, clear or black) per MIL-A-8625, operating temperature -40 to 85°C, corrosion resistance ≥500 hours salt spray per ASTM B117, weight 0.01–0.05 kg, and tolerance ±0.05 mm per ISO 2768-m. These values are reference ranges; verify model-specific specifications with the manufacturer. The nut is suitable for modular framing, machine guards, workstations, and other structural applications. It provides a reliable, adjustable connection that can be repositioned along the profile. The working principle involves inserting the nut into the T-slot, rotating it 90 degrees to lock, and tightening a bolt to secure attachments. This design allows for quick assembly and disassembly, facilitating modifications and reconfigurations. The nut's precision fit ensures stability and load-bearing capacity. It is a critical component in aluminum extrusion systems, offering flexibility and strength. Always confirm compatibility with the specific profile slot and load requirements.

The T-slot nut is inserted into the channel of an aluminum extrusion profile. Once inside, it is rotated 90 degrees so that its wider flanges engage with the undercut of the T-slot, locking it in place. A bolt is then threaded into the nut's central hole and tightened, drawing the nut firmly against the slot walls and securing the attached component. This mechanism allows for adjustable positioning along the profile and provides a strong, vibration-resistant connection. The nut can be repositioned by loosening the bolt and sliding it to a new location. This principle enables modular assembly without drilling or welding, simplifying construction and reconfiguration.