1864B - M3 x 0.5 Brass Flat Head Captive Screw / Assembly

Configurable Flat head Slotted Brass captive screws with M3 x 0.5 threads.

Unit System
Specs (in metric)
Label Value
Assembly Configurable
Brand Accurate Screw
Display Name 1864B
Drive Type Slotted
End Type Standard
Finish None
Head Diameter 14.29 mm
Head Height 6.35 mm
Length L 8.65 mm
Material Stainless Steel
Max L 80 mm
SKU 1864B
Screw Head Type Knurled Low Profile
Shaft Diameter 4.45 mm
Shaft Length - Threaded 9.53 mm
Slot Depth 2.38 mm
Slot Width 1.59 mm
Thread Size 1/4-28
Introducing the 1864B Captive Screws, a must-have component for secure fastening in your engineering projects. These high-quality captive screws, crafted from durable brass material, guarantee both strength and reliability in your assemblies.

The 1864B Captive Screws boast a sleek design with a finish that is subtly understated yet aesthetically pleasing. Their brass construction not only enhances their appearance but also ensures resistance to corrosion, making them ideal for both indoor and outdoor applications where durability is paramount.

Designed for convenience and ease of use, these screws feature a captive design which means that the screw remains attached to the panel or machine even when fully unfastened, preventing loss or misplacement. This innovative feature simplifies maintenance and assembly tasks, saving you time and effort during installations and repairs.

The 1864B Captive Screws are versatile and suitable for a variety of applications, from electronics and machinery to woodworking and beyond. Their reliable performance under different conditions makes them a dependable choice for professionals.

Whether you need to secure panels, enclosures, or components, the 1864B Captive Screws offer a secure and efficient solution. With their brass material, sleek finish, and captive design, these screws combine functionality with style to meet your fastening needs with precision and reliability. Upgrade your projects with the 1864B Captive Screws and experience the difference in quality and performance.