Aluminium Sliding Nut for Industrial T Slot Profile Assembly

Product Summary

Our Aluminium Sliding Nut is a precision-engineered component designed for seamless integration with industrial T-slot profile assembly systems. As a leading aluminum profile manufacturer, we ensure this sliding nut delivers optimal performance and durability. It is available in two material options: carbon steel with galvanized finish (C) for enhanced strength and corrosion resistance, or anodized aluminum alloy (A) for lightweight, non-corrosive applications. The nut accommodates various thread sizes including M4, M5, M6, and M8, with slot widths ranging from 6mm to 10mm and lengths from 20mm to 45mm, making it versatile for diverse assembly needs. Its sliding design allows for easy positioning and adjustment within T-slots, simplifying construction and reconfiguration of frames, workstations, and machinery. The product is identified by SKU "sliding-nut" and comes in multiple model configurations to suit different profile sizes. Trust our manufacturing expertise to provide reliable, high-quality sliding nuts that ensure secure and efficient connections in your industrial projects.

Frequently Asked Questions

1. What materials are available for the sliding nut?
   We offer two material options: carbon steel with galvanized finish (C) for high strength and corrosion resistance, and anodized aluminum alloy (A) for lightweight, non-corrosive applications. Both are designed for durability in industrial T-slot assemblies.
2. What thread sizes and slot widths are supported?
   The sliding nut supports thread sizes M4, M5, M6, and M8, with slot widths of 6mm, 8mm, and 10mm, and lengths from 20mm to 45mm. This variety ensures compatibility with standard T-slot profiles.
3. How does the sliding nut simplify assembly?
   The nut's sliding design allows it to be easily inserted and positioned within T-slots, enabling quick adjustments and secure fastening without disassembling the entire structure. This reduces installation time and enhances flexibility in frame construction.

Specifications