Brass Binding Screws (Chicago Screws)

Brass Binding Screws (Chicago Screws)

Binding Screws line drawing

Technical Datasheet
LAHD1
3/16"0.413"0.080"8-32 Thread
5/16"0.413"0.080"8-32 Thread

Brass Binding Screws, also known as Chicago Screws, are two-part fasteners comprising a male screw and a female post. They are designed to securely bind materials such as documents, leather goods, and various crafts, offering both functionality and aesthetic appeal.

Key Features:

  • Material: Typically made from solid brass, these screws provide excellent corrosion resistance and a distinctive golden appearance. Some variants are brass-plated over steel to combine strength with visual appeal.
  • Design: Consists of a male screw and a female post, both featuring heads that clamp the materials together. The heads often have a slotted or domed design for easy assembly and a low-profile finish.

Technical Specifications:

Parameter Specification
Head Diameter 9.5 mm
Shaft Diameter 5 mm
Barrel Length 15 mm
Material Brass-Plated Steel
Drive Type Slotted

Note: Specifications may vary based on manufacturer and specific product lines.

 

Applications:

  • Bookbinding: Ideal for binding loose sheets, creating menus, brochures, and swatches.
  • Leatherwork: Commonly used in belts, straps, and other leather accessories to provide a secure and decorative fastening.
  • Crafts and DIY Projects: Suitable for various projects requiring a combination of functionality and aesthetic appeal.

 

Advantages:

  • Reusability: Easy to assemble and disassemble, allowing for updates or modifications to bound materials.
  • Aesthetic Appeal: The brass finish adds a decorative touch to projects, enhancing their overall appearance.
  • Durability: Brass construction ensures longevity and resistance to corrosion, making them suitable for long-term use.

 

By choosing our Brass Binding Screws, you are investing in reliable, durable, and visually appealing fastening solutions tailored to meet the demands of various binding and fastening applications.