• Variable diameter bolt for aluminum extrusion profile connection systems
  • Variable diameter bolt technical drawing with thread specifications for aluminum profiles
  • Variable diameter bolt installation application for aluminum extrusion framing systems
  • Variable diameter bolt for aluminum extrusion profile connection systems
  • Variable diameter bolt technical drawing with thread specifications for aluminum profiles
  • Variable diameter bolt installation application for aluminum extrusion framing systems

Variable-Diameter Bolt

The reducer bolt is a specialized fastener designed for aluminum profile connections and structural fixing. It features different external and internal thread specifications, allowing conversion between different thread sizes for flexible connections. Made of carbon steel with a nickel-plated surface finish, it provides excellent strength, wear resistance, and corrosion resistance.

With easy installation, this bolt improves the stability and reliability of profile connections. It is widely used in industrial aluminum profile frames, equipment supports, automation systems, and mechanical structures. Available in various internal thread sizes including M6, M8, and M10 to meet different connection requirements.

Description
Name D (external screw thread) G (internal thread) L (mm) Material Number of order
Variable-diameter bolt M14 M6 30 Carbon steel (with nickel plating on the surface) CE-BJM14M6-30
Variable-diameter bolt M14 M8 30 Carbon steel (with nickel plating on the surface) CE-BJM14M8-30
Variable-diameter bolt M14 M10 30 Carbon steel (with nickel plating on the surface) CE-BJM14M10-30
  • Variable diameter bolt for aluminum extrusion profile connection systems
  • Variable diameter bolt technical drawing with thread specifications for aluminum profiles
  • Variable diameter bolt installation application for aluminum extrusion framing systems

Download

We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.